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Peste 100 de instrumente online utile în educație

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Peste 100 de instrumente online utile în educație

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Exemple:
1) Colaj
2) Rama

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piZap - free online photo editor - fun photo effects editor

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piZap Photo Editor is fun and easy to learn online photo editor & collage maker. Tons of effects, fonts, stickers, collage layouts, borders, frames, and editing tools.

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iDroo.com - tabla pentru colaborare cu posibilitatea de a scrie formule

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iDroo.com - tabla pentru colaborare cu posibilitatea de a scrie formule

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free online professional development courses to enhance your teaching practice

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EASE- European Association of STEAM Educators

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EASE- European Association of STEAM Educators

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EASE- European Association of STEAM Educators | EASE- European Association of STEAM Educators is a non-profit association whose activity has the ultimate objective of helping and enhancing the work of all educators and teachers in terms of promoting STEAM skills with children, young people and adults in formal and non-formal education. Join our network!

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EASE- European Association of STEAM Educators is a non-profit organization whose activity has the ultimate objective of helping and enhancing the work of all educators and teachers in terms of promoting STEAM skills with children, young people and adults in formal and non-formal education.

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scientix - platforma Europeană pentru profesorii STEM

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scientix - platforma Europeană pentru profesorii STEM

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Scientix collects and promotes best practices in science teaching and learning in Europe, and organises trainings and workshops for STEM teachers

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Rolling Sounds - Uniform circular motion in computer science | Science On Stage Europe

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It can either be used in a computer science class or in a physics class and it involves-along with the calculation of other physical quantities of uniform circular motion-the calculation of the linear velocity of rotation in two different methods.

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Author(s): Francesca Butturini and Javier J. Fernández

When life gives you lemons: use limonene to explore molecular properties with your students and show them the scientific method in action.

The activities in this article allow students to investigate simple molecular properties using an easily accessible compound: limonene. The activities were developed by groups of Italian and Spanish students in a joint project through written assignments, questions, and videos.

Through the application of the scientific method, students develop the ability to observe a phenomenon, formulate a hypothesis, search for suitable materials to set up an experiment, collect data for analysis, and arrive at a conclusion that is shared with others. The focus here is on a simple organic molecule, ( R)-(+)-4- and ( S)-(-)-4-isopropenyl-1-methyl-1-cyclohexene (the two enantiomers of limonene), which is safe, easy to find, and of real-world and industrial interest.

Experiments:

optical properties of (R)- and (S)-limonene (2 h)

latex dissolution by limonene (1 h)

nonpolarity of limonene (1 h)

differences in smell between (R)- and (S)-limonene (1-2 h)

Extension activities: the antibacterial and anti-germination properties of limonene (2 h)

Activity 1: Understanding optical properties

In the first activity, we discuss chirality using ( R)- and (S)-limonene. This activity should take around 60 min.

Materials

Resources on limonene and isomers

ball-and-stick molecular models

sheet of paper and poster (tempera) paints

Procedure

1. Introduce limonene and enantiomers using the infosheet, textbooks, and the resources provided for this article.

2. Students should fold a sheet of paper in half and draw the structural formula of (R)-limonene, with all atoms and bonds, on one half.

3. Students should then identify the chiral carbon (C*), sp³ hybridization, and tetrahedral structure of the compound. They should then draw the enantiomer with respect to C*.

4. Students can then take a new A4 sheet and fold it in half. On one half, they should draw the chiral centre with the four bonds in perspective. Next, they should use a finger to dab a different colour of poster paint at the ends of the bond lines. They then fold the sheet to transfer the paint dabs to the other side, and redraw the bond lines. This helps to illustrate how enantiomers are mirror images.

5. Build limonene with the ball-and-stick models and identify C*.

Activity 2: Investigating properties of (R)- and (S)-limonene

Next, students can investigate chirality using ( R)- and ( S)-limonene and see how this very minor structural change can have real-world consequences. It should take around 60 min.

Materials

polarimeter (optional)

1 ml (R)- and (S)-limonene (98-100%) (if you have a polarimeter)

peel from fresh oranges and lemons

Vaseline or similar unscented petroleum jelly in small containers

Procedure

1. Place the pure (R)- and (S)-limonene in cuvettes or the tubes required for your polarimeter, and let the students record the characteristic angle of rotation of limonene with polarized light, as well as the extinction coefficients of both enantiomers.

2. Mix a small drop of each enantiomer into petroleum jelly and pass the samples round to see if students can differentiate them.

3. Give students strips of lemon and orange peel to smell and ask them which enantiomer they think the peels contain.

Discussion

The specific rotation angle to recognize each enantiomer is +/− 123°, but, in reality, it is sufficient to observe that the R enantiomer is extinguished by rotating the analyzer to the right, while, for the S enantiomer, rotation is in the opposite direction with the same angle.

The smell of citrus also depends on the citrus limonoid molecules. We have added references and a theoretical activity to understand the difference between these molecules and study the metabolic pathways in plants.

Optional extension activity

The perception of the smell of ( R)-limonene as being different from that of ( S)-limonene is common but not universal. Students could design an experiment to test this, e.g., to determine the percentage of the population in a sample group able to distinguish them.

Activity 3: Latex dissolution by limonene

Next, students can investigate the effect of limonene on different polymers. This activity should take around 1-2 h. All steps should be performed by the students. There are quite a lot of tests, so, if necessary, students can work in groups to save time/equipment.

Materials

1 ml (R)- and (S)-limonene (98-100%)

peel from fresh oranges and lemons (2 of each)

children's balloons in latex, mylar, or polyester plastics

rubber and polyvinyl gloves

ethylene shopping bags

latex condoms

plastic pipettes

10 cm embroidery hoops or small beakers

elastic bands

Procedure

Cut the balloons, gloves, and bags and stretch them over the embroidery hoop or beaker like the skin on a drum. If using beakers, secure them with elastic.

1. Ideally, two samples of each should be prepared to allow the experiment to be duplicated.

2. Cut a 2 cm x 2 cm piece of citrus peel and bend it to spray oil onto a clean finger. Touch the sample under tension, or place the peel directly on the sample, and note the results.

3. Repeat the operation with (R)- and (S)-limonene, dropping a small drop onto the sample under tension with a pipette.

4. For inflated balloons and condoms, it is possible to touch them with a clean finger and then with a finger coated with limonene and observe the explosion. If working in groups to cover all the samples in the previous steps, all students should get the opportunity to try this one.

Discussion

Latex material, made up of 30-40% cross-linked polyisoprene, reacts with limonene, 'opening' a hole around the drop or touch point. This is because the limonene molecules (monoterpenes) are small enough to slip along the polyisoprene chains and move them apart, loosening the chemical curing. This is enough to snag the sample and pop the gas-filled balloon. The reaction is proportional to the concentration of limonene and to the thickness of the rubber, but it does not differentiate between ( R)- and ( S)-limonene.

Activity 4: Nonpolarity of limonene molecule

In this activity, we investigate the chemical properties of limonene. It should take around 30 min.

Materials

Procedure

1. Put 3 ml of limonene in tube 1 and carefully add 1 ml of oil down the wall, without mixing.

2. Put 3 ml of limonene into tube 2 and carefully add 1 ml of water to the wall, without mixing.

3. Observe if there are any separating surfaces between liquids.

4. Limonene can be recovered from the water mixture by separation with a pipette for reuse in other experiments.

Discussion

Limonene is soluble in oil and mixes in it naturally: it is deduced that it is a nonpolar solute that dissolves in a nonpolar solvent.

Limonene is insoluble in water and does not mix with it: limonene is a nonpolar molecule that does not dissolve in water, a polar molecule.

The polarity of a molecule depends on the chemical species that form it, on the difference in electronegativity present in the covalent bonds, and on the fact that the centre of the positive electrostatic forces does not coincide with the negative ones.

Limonene is a hydrocarbon consisting of carbon and hydrogen atoms. It is a monoterpene, an isoprene derivative, with a closed chain in which the only areas with a weak partial negative charge are double bonds; these charges are too weak to result in an interaction with water molecules.

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Citrus science: learn with limonene - Science in School

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Author(s): Francesca Butturini and Javier J. Fernández When life gives you lemons: use limonene to explore molecular properties with your students and show them the scientific method in action. The activities in this article allow students to investigate simple molecular properties using an easily accessible compound: limonene.

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Автор текста: Елена Юрченко

Будет уместно, если процессом реализации проектов будет руководить либо учитель информатики, либо учитель трудового обучения. Однако следует помнить, что в команде все учителя важны. И без учителя биологии или химии удачного проекта не будет.

Также стоит отметить, что для выполнения STEAM-проектов и обустройства лабораторий в школах необходимо профессиональное оборудование, которое могут предоставить ИT-компании. Это 4 дидактических комплекта: 1) микроконтроллеры, электронные компоненты и программируемые электронные модули для моделирования, опытов и робототехники; 2) 3D-принтер для моделирования и графики; 3) цифровой фрезерный станок для моделирования, конструирования и фрезерования; 4) голографический экран с видеокамерой, фоном и проектором для создания голографических учебных видео.

На уроках биологии дети узнают все о выбранном растении: какого режима освещения и полива требует, на какую высоту вырастает, которую урожайность имеет.

8 изобретений победителей МАН и олимпиад, которые могут изменить будущее

Цель: создание метеостанции, которая сможет определять влажность и температуру воздуха, количество углекислого газа, атмосферное давление. К ней может подключаться датчик скорости ветра. Подниматься в воздух метеостанция будет на воздушных шариках.

5 самых интересных текстов об образовании будущего

На занятиях по информатике школьники занимаются настройкой работы метеостанции и программного обеспечения для дистанционной передачи и сохранения показателей на ученических девайсах.

The Future: как айтишники придумывают уроки информатики

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Три STEAM-проекта, которые можно реализовать в школе - журнал | "Освіторія"

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Будет уместно, если процессом реализации проектов будет руководить либо учитель информатики, либо учитель трудового обучения. Однако следует помнить, что в команде все учителя важны. И без учителя биологии или химии удачного проекта не будет. Также стоит отметить, что для выполнения STEAM-проектов и обустройства лабораторий в школах необходимо профессиональное оборудование, которое могут предоставить ИT-компании.

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These days, STEM learning is more important than ever. Science, technology, engineering, and math are the keys to many modern careers, so a good grounding in them from an early age is a must. The best STEM activities are hands-on, leading kids to cool innovations and real-world applications. Here are some of our favorites, with challenges that will really get kids thinking about how STEM plays a part in their everyday lives.

1. Participate in the St. Jude EPIC Challenge

St. Jude's EPIC Challenge gives students a chance to create real-world impact for other kids currently facing cancer. EPIC stands for Experimenting, Prototyping, Inventing, and Creating. Participants come up with innovative ways to help St. Jude kids, following through from concept to creation. Past winners have created comfortable pillows, buddy blankets, and more. Learn about the EPIC Challenge and find out how to join here.

Plus, get a free copy of our engineering and design poster we created together with St. Jude right here.

2. Add STEM bins to your classroom

You can use STEM activities in a wide variety of ways with these cool bins. Incorporate them into literacy centers, create a makerspace, and offer early finishers fun enrichment ideas. Learn how to create and use STEM bins.

3. Conduct an egg drop

This is one of those classic STEM activities every kid should try at least once. Kids can do it at any age, with different materials and heights to mix it up.

Learn more: Buggy and Buddy

4. Engineer a drinking straw roller coaster

This is such a fun way to encourage engineering skills! All you need are basic supplies like drinking straws, tape, and scissors.

Learn more: Straw Roller Coaster/Frugal Fun For Boys and Girls

5. Simulate an earthquake

The ground under our feet may feel solid, but an earthquake changes that pretty quickly. Use Jello to simulate the earth's crust, then see if you can build an earthquake-proof structure.

Learn more: Teaching Science

6. Stand up to a hurricane

In a hurricane zone, houses must be able to stand up to strong winds and possible flooding. Can your students design houses that make it safer to live in these dangerous areas?

Learn more: Carly and Adam

7. Create a new plant or animal

Kids will really get into this project, indulging their creativity as they invent a plant or animal that's never been seen before. They'll need to be able to explain the biology behind it all, though, making this an in-depth project you can tailor to any class.

Learn more: I Love 2 Teach

8. Design a helping hand

This is a great group science project. Students hone their design and engineering skills to make a working model of a hand.

Learn more: Model Hand/Science Buddies

9. Understand the impact of non-renewable resources

Discuss the differences between renewable and non-renewable resources, then have your class form "companies" to "mine" non-renewable resources. As they compete, they'll see how quickly the resources are used. It's a great tie-in to energy conservation discussions.

Learn more: The Owl Teacher

10. Devise an amazing marble maze

Marble mazes are one of students' favorite STEM activities! You can provide supplies like straws and paper plates for their project. Or let them use their imaginations and create marble mazes from any materials they can think of.

Learn more: Marble Maze/Raising Lifelong Learners

11. Fly clothespin airplanes

Ask students what they think the airplane of the future might look like. Then, provide them with clothespins and wood craft sticks, and challenge them to build a new kind of airplane. Bonus points if it can actually fly!

Learn more: STEAMsational/Clothespin Airplane

12. Play catch with a catapult

This take on a classic science project challenges young engineers to build a catapult from basic materials. The twist? They also must create a "receiver" to catch the soaring object on the other end.

Learn more: Catapult Challenge/Science Buddies

13. Bounce on a trampoline

Kids love bouncing on trampolines, but can they build one themselves? Find out with this totally fun STEM challenge.

Learn more: Teach Student Savvy

14. Build a solar oven

Learn about the value of solar energy by building an oven that cooks food without electricity. Enjoy your tasty treats while discussing ways we can harness the energy of the sun and why alternative energy sources are important.

Learn more: Desert Chica

15. Build a snack machine

Incorporate everything students learn about simple machines into one project when you challenge them to build a snack machine! Using basic supplies, they'll need to design and construct a machine that delivers snacks from one location to another.

Learn more: Snack Machine/Left Brain Craft Brain

16. Recycle newspaper into an engineering challenge

It's amazing how a stack of newspapers can spark such creative engineering. Challenge students to build the tallest tower, support a book, or even build a chair using only newspaper and tape!

Learn more: STEM Activities for Kids

17. Design a biosphere

This project really brings out kids' creativity and helps them understand that everything in a biosphere is really part of one big whole. You'll be overwhelmed by what they come up with!

Learn more: Laney Lee

18. See the effects of an oil spill

Learn why an oil spill is so devastating for wildlife and the ecosystem with this hands-on activity. Kids experiment to find the best way to clean up oil floating on water and rescue the animals affected by the spill.

Learn more: Kitchen Counter Chronicles

19. Assemble a steady-hand game

This is such a fun way to learn about circuits! It also brings in a bit of creativity, adding the "A" to STEAM.

Learn more: Steady Hand Game/Left Brain Craft Brain

20. Craft a cell phone stand

Your science students will be thrilled when you let them use their phones in class! Challenge them to use their engineering skills and a small selection of items to design and build a cell phone stand.

Learn more: Science Buddies/Engineer Cell Phone Stand

21. Engineer a craft stick bridge

Here's another one of those classic STEM activities that really challenge kids to use their skills. Build a bridge with popsicle sticks and push pins, and find out which design can bear the most weight.

Learn more: Build a Bridge/Scholastic

22. Forage and build a bird nest

Birds build incredibly intricate nests from materials they find in the wild. Take a nature walk to gather materials, then see if you can build a sturdy, comfy nest of your own!

Learn more: Kids Craft Room

23. Drop parachutes to test air resistance

Use the scientific method to test different types of material and see which makes the most effective parachute. Your students also learn more about the physics behind air resistance.

Learn more: Education.com

24. Find the most waterproof roof

Calling all future engineers! Build a house from LEGO, then experiment to see what type of roof prevents water from leaking inside.

Learn more: Waterproof Roof/Science Sparks

25. Build a better umbrella

Challenge students to engineer the best possible umbrella from various household supplies. Encourage them to plan, draw blueprints, and test their creations using the scientific method.

Learn more: Better Umbrella/Raising Lifelong Learners

26. Go green with recycled paper

We talk a lot about recycling and sustainability these days, so show kids how it's done! Recycle old worksheets or other papers using screen and picture frames. Then, ask kids to brainstorm ways to use the recycled paper.

Learn more: Undercover Classroom

27. Brew up your own slime

Chances are good your students already love making and playing with slime. Turn the fun into an experiment by changing the ingredients to create slime with a variety of properties-from magnetic to glow-in-the-dark!

Learn more: Slime Design/Science Buddies

28. Create a taxonomy system

Students can step into Linnaeus' shoes by creating their own system of taxonomy using a handful of different dried beans. This is a fun science project to do in groups, so students can see the differences between each group's system.

Learn more: Our Journey Westward

29. Find out which liquid is best for growing seeds

As you learn about the life cycle of plants, explore how water supports plants' growth. Plant seeds and water them with a variety of liquids to see which sprout first and grow best.

Learn more: Lessons 4 Little Ones

30. Find the best soap bubble solution

It's easy to mix your own soap bubble solution with just a few ingredients. Let kids experiment to find the best proportion of ingredients to blow the longest-lasting bubbles with this fun outside science activity.

Learn more: Soap Bubbles/Science Buddies

31. Blow the biggest bubbles you can

Add a few simple ingredients to dish soap solution to create the largest bubbles you've ever seen! Kids learn about surface tension as they engineer these bubble-blowing wands.

Learn more: Scholastic/Dish Soap Bubbles

32. Help monarch butterflies

You may have heard that monarch butterflies are struggling to keep their population alive. Join the fight to save these beautiful bugs by planting your own butterfly garden, monitoring monarch populations, and more. Get all the info you need at the link.

Learn more: Monarch Watch

33. See water pollution in action

Learn about the challenges of cleaning up polluted water sources like rivers and lakes with this interesting outdoor science activity. Pair it with a visit to a local water treatment plant to expand the lesson.

Learn more: Water Pollution/JDaniel4's Mom

34. Test your local water quality

Once you've "cleaned up" your water, try testing it to see how clean it really is! Then head out to test other types of water. Kids will be fascinated to discover what's in the water in their local streams, ponds, and puddles. Student water testing kits are readily available online.

Learn more: The Homeschool Scientist

35. Explore with an edible Mars Rover

Learn about the conditions on Mars and the tasks the Mars Rover will need to complete. Then, give kids supplies to build their own. (Add to the challenge by making them "buy" the supplies and stick to a budget, just like NASA!).

Learn more: Library Makers

36. Baked potato science

This edible science project is a nutritious way to explore the scientific method in action. Experiment with a variety of methods for baking potatoes-microwaving, using a traditional oven, wrapping them in foil, using baking pins, etc.-testing hypotheses to discover which works best.

Learn more: Potato Science/Left Brain Craft Brain

37. Waterproof a boot

Ask kids to select various materials and tape them over the free boot printable. Then, test their hypotheses to see which ones work best.

Learn more: Waterproof a Boot/Science Sparks

38. Determine the best way to melt ice

Conventional wisdom says we sprinkle salt on ice to melt it faster. But why? Is that really the best method? Try this science experiment and find out.

Learn more: The Chaos and the Clutter

39. Don't melt the ice

We spend a lot of time in winter trying to get rid of ice, but what about when you don't want the ice to melt? Experiment with different forms of insulation to see which keeps ice frozen the longest.

Learn more: Ice Insulation/Frugal Fun for Boys and Girls

40. Build a straw house

Grab a box of straws and a package of pipe cleaners. Then task kids with designing and building their dream house, using only those two items.

Learn more: Deceptively Educational

41. Design a balloon-powered car

Explore the laws of motion and encourage creativity when you challenge students to design, build, and test their own balloon-powered cars. Bonus: Use only recycled materials to make this project green!

Learn more: Balloon-Powered Cars/Science Buddies

42. Learn map skills by designing an amusement park

For this cross-curricular activity, students investigate the parts of a map by creating an amusement park. After they create their map, they do a detailed drawing and write about one of their ride designs. Then they design an all-access park pass. So many STEM activities in one! Find out more about it here.

43. Reach for the ceiling

Round up all your building blocks and try this whole-class project. What will students need to do to be able to construct a tower that reaches all the way to the ceiling?

Learn more: Mama Smiles

44. Cast a tall shadow

Here's another tower-building challenge, but this one's all about shadows! Kids will experiment with the height of their tower and the angle of their flashlight to see how tall of a shadow they're able to cast.

Learn more: No Time for Flashcards

45. Devise a recycled toy bot

These adorable toy bots are made from pool noodles and recycled electric toothbrushes. So clever! Kids will have fun designing their own, plus they can tweak this idea to make other fun wiggling toys.

Learn more: Artsy Momma

46. Link up the longest paper chain

This incredibly simple STEM activity really gets kids thinking. The challenge? Create the longest possible paper chain using a single piece of paper. So simple and so effective.

Learn more: Paper Chain Challenge/Frugal Fun For Boys and Girls

47. Find out what you can make from a plastic bag

Plastic bags are one of the most ubiquitous items on the planet these days, and they're difficult to recycle. Give each student a plastic bag and ask them to create something new and useful. ( These ideas from Artsy Craftsy Mom offer some inspiration.)

48. Start a school robotics team

Coding is one of the most valuable STEM activities you can include in your classroom plans. Set up a school robotics club and inspire kids to embrace their newfound skills! Learn how to set up your own club here.

49. Embrace the Hour of Code

The Hour of Code program was designed as a way to get all teachers to try just one hour of teaching and learning coding with their students. Originally, the Hour of Code event was held in December, but you can organize yours any time. Then, continue to learn using the huge amount of resources on Hour of Code's website.

50. Give kids a Maker Cart and a pile of cardboard

You don't need a whole lot of fancy supplies to create a STEM Cart or makerspace. Scissors, tape, glue, wood craft sticks, straws-basic items like these combined with a stack of cardboard can inspire kids to all sorts of amazing creations! See how these STEM activities work here.

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50 Stem Activities To Help Kids Think Outside the Box

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Hands-on science is one of the best ways to get kids thinking creatively. These STEM activities are perfect for upper elementary students.

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Canva - создание эмблемы

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Canva - создание эмблемы

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и друге

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TRY Engineering - Platforma STEM online gratuită permite profesorilor să simuleze laboratoarele pentru învățare la distanță

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TRY Engineering - Platforma STEM online gratuită permite profesorilor să simuleze laboratoarele pentru învățare la distanță

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Platforma STEM online gratuită permite profesorilor să simuleze laboratoarele pentru învățare la distanță

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Un proiect de educație STEM gratuit și interactiv de la Universitatea din Colorado Boulder a cunoscut o explozie de utilizare de la începutul pandemiei COVID-19 ...

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Looking for a cool way to incorporate Architecture into a STEM project? This area and perimeter city brings together science, math, engineering, city planning, maps, and art to make the perfect STEM/STEAM project! And it is SO much fun to create.

I used to want to be an architect. I think it is an amazing job and have always been fascinated by the work they do. Architects design all of the spaces in which we live, work, and play. They have got to have a ton of knowledge in all of the STEM fields. Architecture encompasses all aspects of STEM -science, technology, engineering and math, with art and design thrown in -making it a STEAM career!

How to Make the Area and Perimeter City:

I wanted to try to incorporate all of that into a hands-on project with my kids and so the area and perimeter city was born! This idea cam about when I saw a giant roll of graph paper online. I HAD to have it and knew I could do cool things with it! It has a 1 inch square grid, so it is much larger than regular graph paper. We used the graph paper roll for the whole project.

I cut out 3-D shapes from the graph paper. You can see how to make the various 3-D geometric shapes in this post. We made cubes and cuboids of various sizes as well as some pyramids. You can combine shapes to make different ones. For example, we put a pyramid on top of a cube to make a house shape.

Once the shapes were all cut, we colored and designed them to make all of the different buildings. We taped them together after the designs were finished.

We arranged the buildings and drew in some roads. My kids had to have some cars on there as well!

Once the city is assembled, extend this fun project and teach your kids how to solve area, perimeter & volume of the shapes and buildings they have created! And let them play!

This post is part of the A to Z Guide to Understanding STEM from Little Bins for Little Hands. This massive guide has ideas for teaching STEM for EVERY letter of the alphabet! It is an incredible resource.

Also, check out my STEAM Kids book for even more ideas.

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Architecture STEM: Area and Perimeter City

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Looking for a cool way to incorporate Architecture into a STEM project? This area and perimeter city brings together science, math, engineering, city planning, maps, and art to make the perfect STEM/STEAM project! And it

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Why Europass Teacher Academy?

The Largest Variety of Teacher Training Courses in Europe

Europass offers a unique opportunity for teachers from around the world to exchange best practices, grow their skill set, and discover innovative teaching and learning strategies for greater student achievement and engagement.

If you are looking for professional development opportunities, why not come to one of Europe's most spectacular cities? Explore landmark cultural heritage sites, get inspired, and tap into your full creative potential as an educator.

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Teacher Training Courses - Europass Teacher Academy

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With 300+ Erasmus Plus KA1 Courses for Teachers, Europass offers you the largest variety of teacher training courses in Europe

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Art Electric Pilot | STEAM Project | Grades 1-8

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Art Electric is the perfect STEAM project for any grade 1-8 classroom! Pilot it today and see for yourself.

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Liceul Teoretic ''Petre Ștefănucă'' Ialoveni

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Liceul Teoretic ''Petre Ștefănucă'' Ialoveni

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Site elaborat pentru orele de chimie, clasa a XII-a, profilul real. Unitatea de învățare: Compușii organici cu importanță vitală și industrială.

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Grăsimile, hidraţii de carbon şi proteinele sunt componentele de bază ale celulelor, fiind responsabile de schimbul de substanţe în celule şi de protecţia organismului.

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Laboratoarele virtuale și contribuția lor la viitorul educației 

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Please enable JavaScript in your browser to access Mathigon.

Platonic Solids

Platonic Solids are the most regular polyhedra: all faces are the same regular polygon, and they look the same at every vertex. The Greek philosopher Plato discovered that there are only five solids with these properties. He believed that the they correspond to the four ancient Elements, Earth, Water, Air and Fire, as well as the Universe.

Archimedean Solids

Archimedean Solids, like the Platonic ones, consist of regular Polygons and look the same at every vertex. However the faces are multiple different regular polygons. There are 13 Archimedean Solids, two of which are reflections of each other. Explore 3D models on Polypad...

Further Reading

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Explore the beautiful world of Origami and mathematics. Be amazed by stunning photographs, try our folding instructions, or learn about the mathematical background.

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55 STEAM architecture ideas | stem projects, stem activities, stem science

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Apr 7, 2016 - Explore Terrellandchrista Wallace’s board “STEAM architecture”, followed by 106 people on Pinterest. See more ideas about stem projects, stem activities, stem science.

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Nine different game modes in Seterra Online challenge you in different ways to help you retain information and keep things interesting. Also, Seterra Online has a Voice feature that lets you listen to how the place names are pronounced.

Seterra currently has more than three million unique visitors each month and growing! It is available in more than 40 languages and works with Mac and Windows, as well as on iOS and Android devices.

All map quizzes are customizable, so that you can select only the locations you want to be quizzed on. Custom quizzes can easily be shared with your friends or students. Read more about custom quizzes.

Anatomy & Science

Learn more about the human body in our anatomy quizzes!

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Learn world geography the easy way! Seterra is a map quiz game, available online and as an app for iOS an Android. Using Seterra, you can quickly learn to locate countries, capitals, cities, rivers lakes and much more on a map.

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GeoGebra | Aplicații Matematice Gratuite - folosite de peste 100 de milioane de studenți & profesori din toată lumea

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Obțineți instrumentele noastre online gratuite pentru grafice, geometrie, 3D și mai mult!

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Search Our Free Online Courses - FutureLearn

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Enjoy free online courses from leading UK and international universities.

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LearningApps - interactive and multimedia learning blocks

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LearningApps - interactive and multimedia learning blocks

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Quizizz - The world's most engaging learning platform

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Find and create gamified quizzes, lessons, presentations, and flashcards for students, employees, and everyone else. Get started for free!

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Innovative digital education solutions

Educational software

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Efficient classroom presentation software with digital textbooks, animated presentations and online homework function, as well as thousands of eye-catching interactive items (3D scenes, educational applications, videos, exercises) that can be used by students for learning and practicing at home.

SOFTWARE + CONTENT FOR TEACHERS

Our software, designed to be used on interactive displays, is used all over the world in thousands of classrooms. Digital books, exercise books, interactive worksheets, as well as versatile illustrations, animations and numerous presentation effects offered by the software expand teachers' teaching tools.

Eye-catching interactive items and built-in skill-developing, illustrative and experimental applications arouse students' interest and help to acquire knowledge.

Digital textbooks with interactive content. Make your own book or buy one.

Spectacular, animated presentations and numerous other, useful functions functions

Generate homework automatically, using tools and 3D scenes.

Favorite in English, Gifted & Talented,
Social Learning, Social Studies,
and STEM category.

Presentation Solution Winner
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Students can access digital books and every interactive content, used during lessons, on mozaWeb. They can easily acquire the knowledge with the help of 3D scenes, videos, interactive exercises and digital lessons. Moreover, they can practise in a playful way with the skill-developing and experimental tools and games.

Here they can open presentations made by their teachers and solve online homework as well.

Community

News, updates, interesting facts related to the mozaLearn digital education system; examples and useful tips supporting classroom usage and the practical application of our software suite in English.

Why do users love mozaBook and mozaWeb?

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Se instaleaza la computer

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Energy3D: Learning to Build a Sustainable Future

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Energy3D is a simulation-based engineering tool for designing green buildings and power stations that harness renewable energy to achieve sustainable development. Users can quickly sketch up a realistic-looking structure or import one from an existing CAD file, superimpose it on a map image (e.g…

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Este un dictionar verificat, care permite traducere din engleza in alte limbi, si din germana in alte limbi

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dict.cc: Wörterbuch für Englisch-Deutsch und andere Sprachen

dict.cc möchte es seinen Benutzern ermöglichen, ihr Wissen mit anderen zu teilen. Wenn eine bestimmte Englisch-Deutsch-Übersetzung noch nicht im Wörterbuch enthalten ist, kann sie von jedem Benutzer eingetragen werden. Bevor die Übersetzung für alle sichtbar wird, muss sie von mehreren anderen Beitragenden geprüft werden. Der dadurch entstehende Wortschatz kann jederzeit im Download-Bereich (Extras) heruntergeladen werden.

Neben dem Blättern im Wörterbuch und natürlich dem Abfragen von Übersetzungen ist es auch möglich, sich im Übersetzungsforum auszutauschen und mittels Vokabeltrainer seine Sprachkenntnisse zu verbessern. Im Forum sind regelmäßig auch professionelle Übersetzer aktiv, die sich gegenseitig weiterhelfen, aber auch Anfängerfragen beantworten.

Hinweis: Die Fehlerfreiheit der Übersetzungen kann nicht garantiert werden, aber jeder Übersetzungsvorschlag wird garantiert überprüft. Mögliche Fehler können per Klick auf den Info-Button [i] direkt über die Suchergebnisseiten gemeldet werden. Eine Anleitung dazu gibt es auf der Seite FAQ.
" neue Wörterbücher bei dict.cc!

Neuigkeiten & Mitteilungen ( RSS)

2023-11-06: 21 Jahre dict.cc!
In diesem Jahr habe ich einige Funktionen eingebaut, die über die Jahre immer wieder nachgefragt wurden, sowohl bei den Apps (z. B. das Lockscreen-Widget für iPhones), als auch bei den Websites (etwa die Suche über alle Sprachen gleichzeitig). Eine weitere solche Funktion im Vokabeltrainerbereich ist gerade in Arbeit.

Hier die Zahlen für 2023:
1.268.426 Übersetzungen bei Deutsch-Englisch, 2.210.325 in den anderen Sprachpaaren
1.461.288 Sprachaufnahmen, 1,392,421 Beugungen und 404.996 Illustrationen
300.985 registrierte Nutzer, davon 37.802 Beitragende

Dazu noch eine weitere interessante Zahl: Seit Bestehen hat die dict.cc-Website 26,107,000,000 Wörterbuchanfragen beantwortet, davon ca. 1,4 Milliarden allein im letzten Jahr. Vielen Dank an die Beitragenden, die das alles möglich machen!

DE/FR - 100k!
Deutsch-Französisch hat heute 100.000 Einträge erreicht! Somit ist Französisch die erste Sprache, die in beiden Sprachpaaren diese Marke geknackt hat! Gratulation an alle Beitragenden!

2023-08-08: Gleichzeitige Suche in allen Sprachpaaren
Der Wunsch nach einer Möglichkeit, Übersetzungen für alle Sprachen gleichzeitig anzuzeigen, kam über die Jahre immer wieder. Ich bin mir zwar nicht sicher, ob das einen praktischen Wert beim Übersetzen hat, aber interessant ist es auf jeden Fall, um Ähnlichkeiten zwischen verschiedenen Sprachen zu studieren oder um sich die Aussprache eines Begriffs in verschiedenen Sprachen anzuhören. Oder manchmal hört oder liest man ein Wort und weiß gar nicht, welche Sprache das war. Das kann man hier eingeben und wird hoffentlich fündig.

Ich habe die Suchergebnisse nach Sprachfamilien gruppiert und die Sprachen selbst nach Anzahl der Sprecher. Es ist aber auch möglich, nur bestimmte Sprachen zum Vergleich auszuwählen.

Hier ausprobieren: Übersetzungen in allen Sprachen gleichzeitig

Dieses Deutsch-Englisch-Wörterbuch basiert auf der Idee der freien Weitergabe von Wissen. Mehr dazu
Enthält Übersetzungen von der TU Chemnitz sowie aus Mr Honey's Business Dictionary (Englisch/Deutsch). Vielen Dank dafür!
Links auf dieses Wörterbuch oder einzelne Übersetzungen sind herzlich willkommen! Fragen und Antworten

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Englisch-Deutschwörterbuch (Übersetzer): Von Benutzern erweiterbares Wörterbuch für die Englisch-Deutsch-Übersetzung. Weitere Wörterbücher für andere Sprachen ebenfalls verfügbar!

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About

About Us

Whiteboard.fi is created by Sebastian Laxell and Jaakko Virtanen, and is run by Digital Teaching Tools Finland Ltd - a Kahoot! company. We have experience in teaching and IT-management - so we know the struggle in finding good digital tools.

Certificates

FERPA Certified

COPPA Safe Harbor

California Student Privacy Certified

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Whiteboard.fi - Free online whiteboard for teachers and classrooms

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Whiteboard.fi is an instant formative assessment tool for your classroom, providing you with live feedback and immediate overview over your students.

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28 Days of STEAM Projects for Kids | Steam projects, Projects for kids, Science for kids

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Apr 15, 2019 - 60+ STEAM projects for kids! Science, technology, engineering, art and math activities perfect for science fairs, after school and classrooms.

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30+ Awesome STEM Challenges for Kids (with Inexpensive or Recycled Materials

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Jul 21, 2019 - Learning, Play, STEM Activities, and Things to Do!

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Fun Crafts Projects With Infinite folding [Video] | Yarn crafts for kids, Crafts, Crafts for kids

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Dec 13, 2021 - Best Infinite folding Crafts to Make With Kids - craft for 3-4 year-olds

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Laboratoarele virtuale și contribuția lor la viitorul educației 

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Онлайн-лаборатории для  STEM- деятельности.  Второй обучающий семинар.

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Есть несколько практик, которые стали для университетов нерешаемой головной болью при переходе на дистант. Согласно исследованию Университета 2035, большинство вузов не смогли полноценно перенести в онлайн лабораторные работы. Если вы изучаете физику, химию или медицину - это крайне неприятно. Но есть несколько полезных сервисов для онлайн-лабораторных, которые мы рекомендуем потестировать уже сейчас.

Более 100 виртуальных лабораторий и симуляторов (физика, химия, гидромеханика, детали машин, машиностроение, метрология, механика, экология, сопротивление материалов, теоретическая механика, теплотехника, электротехника и др.).

Более 200 виртуальных лабораторных работ (химия, экология, гидрогазодинамика, методы анализа, электрические машины, энергетика, физика, микробиология, метрология, термодинамика).

Более 80 виртуальных лабораторий (химия, физика, пищевая промышленность, нефть и газ, ветеринарное дело, медицина, энергетика и теплоснабжение, металлургия, строительство и т.д.). Компания также занимается разработкой "цифровых двойников" - виртуальными копиями реальных объектов, которые выглядят и функционируют точно так же, как и их реальные двойники или прототипы.

В российском университетском секторе есть больше 250 виртуальных лабораторий, которые можно использовать. Это виртуальные комплексы, в которых воссоздается среда реального помещения, лаборатории и студент в соответствии с методикой, которую предложил преподаватель, и которую поддерживает комплекс, может выполнить все эксперименты и расчеты. Эти комплексы моделируют реальный мир.

PhET (University of Colorado Boulder)

Симуляторы по физике, химии, математике, биологии, наукам о земле. Преподавателям предоставляется доступ к обучающим ресурсам и советам по использованию симуляторов.

Молекулярная биология, молекулярная динамика, генетика, гидрология - вот неполный список лабораторных. Продукт разработан при участии преподавателей Массачусетского технологического института и представляет собой интуитивно понятные инструменты для обучения. Все они в свободном доступе.

Коллекция ссылок на интерактивные материалы, симуляторы, лаборатории. Набор направлений достаточно широкий: начиная от классического STEM до анатомии дыхательной системы и нейронаук для детей. Материалы удобно сортируются в каталоге, есть оценки пользователей.

Бесплатная (на период COVID-19) лаборатория по химии. Среди тем:

оксиды металлов

определение анионов

свойства соединений железа и алюминия

цепочки реакций

электрохимический ряд и др.

Управленческие тренажер. Для экономистов разработана виртуальная модель организации, которая представлена набором управления. Участники анализируют данные управленческой отчетности и затем разрабатывают стратегию и реализуют ее в виртуальном пространстве. Онлайн-платформа дает преподавателям и тренерам возможность интегрировать в учебный процесс современные и интерактивные образовательные технологии.

Специфика продукта в том, что он показывает комплексную картину работы компании, присутствует большой объем информации и фактор неопределенности. Такого типа симуляторы ориентированы на формировании системного образа деятельности. При работе с симулятором компании нужна серьезная вовлеченность и предварительная подготовка участников, ведь они принимают до 600 решений.

Проведение "удаленных" лабораторий - это универсальное решение, когда нет тотального запрета на посещение вуза. Человек с мобильной камерой транслирует свои действия и выполняет команды учащихся. Технология была впервые массово применена в ходе финала Олимпиады НТИ.

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8 лучших онлайн-ресурсов для лабораторных работ - Образование на vc.ru

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Есть несколько практик, которые стали для университетов нерешаемой головной болью при переходе на дистант. Согласно исследованию Университета 2035, большинство вузов не смогли полноценно перенести в онлайн лабораторные работы. Если вы изучаете физику, химию или медицину - это крайне неприятно. Но есть несколько полезных сервисов для...

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Laborator digital - un instrument interactiv, online, în care studenților li se cere să imite un experiment

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Laborator digital - un instrument interactiv, online, în care studenților li se cere să imite un experiment

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Подробнее о проекте | Виртуальная химическая лаборатория

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VR Chemistry LAB” позволяет значительно расширить спектр доступных лабораторных работ и с помощью практики связать теоретические знания и прикладные задачи.

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In our updated guide, you learn which important questions to ask, and how to conceptualize a VR lab that sets you up for long-term success. We feature the latest VR hardware, plus new information on eye tracking and VR training.
In this updated guide you will find answers to these questions:

What are the proven benefits of VR in research settings?

What physical space layout do I need for a VR lab?

What VR and computer hardware is needed?

What are the most important selection criteria for me to consider?

Which VR displays - from consumer VR headsets to 3D multi-wall projection displays should I consider?

Which VR input devices - from haptic gloves to biofeedback devices and eye tracking - should I consider?

What software for creating VR environments should I consider?

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For more detailed information on how to set up a virtual reality lab and help with custom configuration, please contact us at sales@worldviz.com.

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In-Depth Reading Before You Purchase a VR Lab

We've been thinking long and hard about the decision making process you as a customer are faced with. Here are a few reads worth your while: Our 2023 Budgeting Guidelines for Scientific VR Labs provides a detailed view on cost considerations including specific pricing for VR hardware, software and application development for scientists looking to start or upgrade their VR research lab.

The "WorldViz Partners in Science Report" is an annual report that collects hundreds of peer reviewed research publications which utilize WorldViz products. Covering a range of academic disciplines including Computer Science, Psychology, Engineering, Physiology and Neuroscience, we invite you to explore the current and past reports for a comprehensive overview of the state of VR research applications.

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Benefits of Virtual Reality in a Research Lab

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Throughout the world, more and more research labs are turning to using Virtual Reality for their studies. Why? Virtual Reality provides high ecological validity, repeatability of studies, and lets you design complex scenarios at high cost efficiency. Studies have shown that when participants are exposed to a simulation using a VR display they respond to it almost as if exposed to a real-world scenario (see chart below).

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Some experimental scenarios would be very difficult to set up and repeat using traditional methods - think of asking a cohort of participants to navigate a busy city environment with unchanged conditions for each participant. Not only is this easy to create in VR, but one can repeat it as many times as needed.

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Another major benefit to a VR based experiment, is that you can run multiple participants through a simulation who are located in separate physical spaces, even in different parts of the world!

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So what are the things to keep in mind when setting up a Virtual Reality lab, and how does one go about this? Read on to find out.

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* Budget - Cost and potential ROI are important considerations when determining the ideal VR system for you.

* Customizability and scalability - A good virtual reality system can be upgraded to incorporate the latest tech advances while scaling to fit your evolving business needs.

* Use case - What do you want to achieve with the VR system? Different use cases sometimes require different hardware.

* Footprint - The installation space and storage you must permanently dedicate to your VR setup.

* Quality of experience - Unless a VR system is equipped with high levels of visual refresh rates and fast responses to the movement, participants can experience the environment as lagging and drifting, which can potentially cause motion sickness.

* Responsiveness - How well the VR system responds to your movements and interaction. This responsiveness is typically assessed by the "degrees of freedom" (DoF - up to six) that your VR system delivers. More concretely, does the VR hardware respond to the participant's three directions of movement - up/down, forward/back, and left/right - in combination with the three directions of head rotation, often termed yaw, pitch, and roll.

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At the heart of every VR environment is a software program used to construct and then display the simulated 3D experience, along with a computer processor. The invented worlds of VR can run the gamut from the most simple geometrical block shapes to the most intricately detailed universes that call forth a true sense of awe and wonder. Some VR applications - for example, those delineating the complex worlds of VR games - may take months to develop. Most industry applications don't need (or want) such elaborate complexity, nor do they have the time to wait for such development. If you and

your team are doing the development, important considerations for evaluating such software are:

Ease of use / easy to learn, even for non-programmers

Robust open source community libraries of VR code that can accelerate development of simulated environments

Enhanced "rapid application development" to speed the building of VR environments - often one of the key requirements for industrial applications

Compatibility with different types of VR system setups and, in particular, with a variety of VR input and output technologies (for example, desktop walkthrough, CAVE, and VR headset). Rendering software should support those integrations hassle-free

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WorldViz makes Vizard, a comprehensive virtual reality software tool for researchers. Additional options include the Unity and Unreal engines, among others.

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Is your space better suited for 3D projection onto one or multiple walls, or for a VR headset based system that provides some room to roam around freely?

Will the participant(s) be walking around, standing or sitting down?

Can participants wear VR headsets or not? A 3D Projection system might be the best solution for group settings with no need for VR headsets.

If walking, how much physical space will they need to move around?

Will the participant and the researcher be in the same space or not?

What factors may interfere with getting optimal motion tracking (i.e. interference for motion tracking systems sensitive to infrared light, line-of-sight occlusion, etc.)

Can the area be kept free from obstacles, allowing participants to freely roam around wearing a VR headset?

Will your simulation require networking, allowing remote participants to connect in a simulation?

Will you measure physiological data on participants using biofeedback devices, or even fMRI equipment?

Are there any factors in your designated physical space that may adversely affect research results?

First thing to look at is the physical space layout of your room. A few questions to consider:

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In order to have a functional, safe space in which to maneuver, you will need to block off an open area that is free from any obstacles or clutter. If you are using a camera based motion tracking system that requires free line-of-sight you need to make sure that everywhere the participant walks they are in good view of the cameras. Depending on the particular motion tracking system you choose, different numbers of cameras may be necessary to guarantee optimal coverage of your space. You may have to also account for things that can cause light interference, such as reflective surfaces (windows, glass, etc.) and sources of infrared light (if the system is using infrared motion tracking).

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We recommend you consider having a spotter available for the safety of your participants wearing a VR headset. Since the participant will not see the physical boundaries of your lab, it is a good idea to have someone available who can guide them, as well as keep cables out of the way. Most modern VR systems will also provide a virtual boundary system that you can adjust to the size of your physical space.

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In considering whether the participant and experimenter should be in the same space or not, weigh these factors: Will it be more important for you to keep an eye on the participant and maintain direct communication, or does your experiment require full separation of participants from those collecting data? Either way, there are many benefits to choosing a separate room and computer for the experimenter, including the ability to record from multiple viewpoints, or to blend physiological data measurements and monitor them in real-time.

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As far as wires are concerned, keep in mind devices that need a tethered connection, for example physiological measuring or eye tracking devices. For a non-tethered solution to connect to the rendering computer, you can consider a backpack based PC, such as this one from HP. For cable management you can use drop ceilings, cable runners, or cable pulley systems.

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If you are using a projection based VR system (more details on this later), you will need a large, clean -preferably white or light gray - wall as your projection surface. You will also want to be able to manage ambient light interference.

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If participants need to be prepared before entering your simulation, for example to attach physiological measuring devices, you may want to plan for a separate adjacent room.

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One last factor to consider is that you may need a neutral environment free of biases influencing experimental results, for example an environment that is noticeably hot or cold, noisy, or in other ways affects a participant's state of mind.

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Next we will go over the hardware that you will need. We will cover the basics first, and then go into a few more advanced setups. For help in acquiring off the shelf, pre-configured Virtual Reality systems contact sales@worldviz.com

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Visual Display: 3D Wall, 2 sided, or more (especially for education, training, etc); VR Headset; Mixed Reality

Rendering computers: Backpack PCs

Projector or large screen to see the experiment live

Accessories such as gloves, trackers for body parts

Physiological measuring sensors: Eye Tracking

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The most common display for a VR system uses a VR headset for the display. There are quite a few to choose from, and factors to consider when looking at which one will be best for your setup. One big separation is whether the headset is connected to a PC or runs standalone as an android device. For the best graphical quality and experience a PC based VR headset is recommended such as the HP Reverb Omnicept or HTC VIVE Pro Eye. For an Android based option, the Meta Quest2 device is a very good option, as it works in three modes: wired to a PC with a USB-C connector cable, or wireless over airlink, or as an Android based standalone device. Development for the Android based platform proves to be more challenging than for PC based systems, as graphics are much more limited and more optimization is required to reach acceptable performance.

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Some other factors to consider are resolution, FOV, tracking system, development platforms, price, comfort and whether you wish to have things like eye tracking included. Resolution is consistently increasing in VR headsets, and we have seen the progression from the VFX1 in the 90s at 263x230 per eye resolution to the newer high resolution and wide field of view headsets like the Pimax 12K QLED, as well as pixel density increase all the way to Human-eye resolution with 71 PPD (Pixel Per Degree) peak fidelity in the Varjo VR-3 headset.

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When one thinks of a Virtual Reality display, the first thing they may think of is a VR Headset (such as the HP Reverb Omnicept). However, there are many benefits to using a 3D projection setup. If you are going to be using a larger group of individuals a 3D projection based setup would allow for many users to experience an immersive simulation just wearing 3D shutter glasses. For an even more immersive projection experience, you can have the main user's viewpoint tracked using a system like our PPT tracking that will then update the viewpoint based on where a user is located. For the rest of the users to see the correct perspective, they would have to be positioned fairly close to the user that is being tracked.

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A 3D projection system usually consists of a number of projectors that range from business class to cinema grade. Economical solutions use ultra short throw projectors (or lenses) since this allows to front project the image onto the screen or wall without having participants cast shadows. They also require a smaller footprint compared to rear projections setups. Aside from the projectors one or multiple rendering computers that support Quad buffering (i.e. using an Nvidia Quadro card), 3D glasses (and an emitter for certain shutter glasses), an input device (such as a wand or controller) and possibly some kind of tracking system if you want to have the viewpoint updated to the user's position are typically part of the system.
VizMove PRISM Virtual Simulation Room
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Drag-And-Drop Workflow
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Multi-Sensory Interactive Training
The WorldViz VizMove PRISM virtual simulation room is an all inclusive immersive training solution using projection that lets you capture real world scenes and bring them into your training space without technical expertise. The PRISM System allows users to utilize 360 videos and images in a touch screen environment, and convert any room into a content-rich learning environment. PRISM combines 360 visualization, 3D sound, interactive touch, scents and more.

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Configuration Options
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Creating content for PRISM is easy and intuitive. Capture images and videos from anywhere with the included 360-degree camera, drag-and-drop the media into PRISM to create a scene, and enhance with sounds, lights, smells, and interactive triggers.

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To interact with the environment, users touch walls or activate triggers with controllers. PRISM delivers surround sound, controllable lighting, and diffused smells for enhanced realism. The experience elicits emotions, memories, and responses that improve learning retention and reliable skills performance.

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PRISM comes in a variety of configurations to meet specific training needs and to fit most rooms. PRISM installs high on walls and within ceilings, so rooms remain open and multi-purpose.

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There are different tracking systems associated with headsets as well, such as the Valve Index and Vive lighthouse, or the Meta Quest2, Vive Cosmos and HP Reverb Omnicept inside out tracking. Certain optical tracking systems ( such as WorldViz's PPT motion tracking system) can also be attached to upgrade a tracking system if you wish to either increase the positional accuracy or add the ability to track a larger space (such as adding PPT to an Oculus headset).

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Here's a quick rundown of the some of the common tracking systems used in a VR system:

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Optical tracking (passive) - Uses reflective markers. Requires many cameras and many markers.

Optical tracking (active) - Active markers flash at specific frequencies. Highly accurate. Can track up to 32 markers with less cameras than passive systems.

Magnetic - measures the intensity of a magnetic field in various directions.

Inertial Tracking - Uses accelerometers and gyroscopes. Subject to drift. Not accurate for positional tracking.

Inside Out Tracking (markerless or with markers) - Cameras or sensors on the headset are used to track position.

Operating system: Windows 10 (requires a 64bit OS)

CPU: Intel™ Core™ i5-4590 equivalent or better

Memory: 6 GB GPU - GTX 2060

Hard drive: 1.8 GB free

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For any VR system, you are going to need a good computer. Most gaming computers meet the minimum requirements, but this can also vary depending on whether you are wanting to render very complicated and large models (such as CAD models or large point cloud models). For walking/headset based systems you should try to go with an NVidia RTX or GTX based card, and for projection you would need a Quadro card. Here are some general minimum requirements to shoot for.

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As mentioned earlier, you can also look to use a backpack based PC solution, that will allow the users to freely navigate the environment without the constraint of a wire. Although the downside to this is that you are limited with battery life and there are complexities that get introduced (such as having to find a way to stream the display of the backpack PC to an outside computer if you don't want to have to plug it into a display each time you need to start a simulation).

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Oftentimes, labs choose to combine walking VR with a projection system, and one benefit to this is you have a large display in which you can mirror the simulation for outside viewing. You can also mirror the simulation to the rendering computer's monitor.

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Data gloves: Such as the Manus VR data gloves

Full body tracking systems

Haptic devices

Sound and speakers

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Physiological Measuring Devices

In order to interact with your virtual simulation users will need some kind of an input device, this could be anything from the typical hand controllers that come with most VR headsets (such as the Vive wands), to a keyboard and mouse if seated, or even using hand gestures with a data glove.

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To increase immersion and data analysis information, there are many accessories that can be added (way too many to go into detail here, to discuss this further contact one of our helpful sales people to walk you through the options). Vizard's vizconnect tool makes it easy to connect to over 100 devices for VR simulations, more information on that here. Some of the more common accessories are:

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Sound can be an important, sometimes overlooked, aspect in a virtual simulation hardware setup. While most VR headsets come with headphones, if you are using something like a Projection VR setup with a group of participants it may be more beneficial to have a set of good surround speakers installed. Also, when creating your application, it is good to have the sounds placed in the 3D space appropriately using 3D spatialized audio. For a tutorial on how to use 3D sounds in Vizard, see this page in the documentation.
SightLab VR Pro
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In order to validate a user's implicit reactions to a simulation, it is highly advisable to use some sort of physiological measuring device. This can be measuring things such as heart rate, skin conductance, EEG, and a host of many other signals. One system that works seamlessly with the Vizard software is Acqknowledge and the Biopac Physiological measuring devices.

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Quick Tips on Setting up a VR Experiment
Eye tracking is growing in popularity in VR headsets, and can provide a lot of useful data of how a user is reacting to a simulation.

Design with data analysis goals in mind.

If presenting UI or other elements to a user, keep in mind it is most comfortable to view objects at 0.75 to 3.5 meters from eyes.

Capture behavioral data, events, physiological responses, in a meaningful way.

Try to avoid moving a user's viewpoint without them controlling it, as this can cause nausea.

Ideally a user should be able to walk naturally and not have to use a controller.

Make sure to optimize your models so that you can keep a consistent frame rate. Lower frame rates and jumps in frame rate consistency can be uncomfortable for the user. You want to shoot for a framerate that matches that of the VR headset (usually around 90 fps).

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For help with setting up an eye tracking experiment and collecting data on things such as objects of fixation, average view time, heatmaps and much more, Worldviz offers SightLab VR Pro, an extension to the software Vizard that allows you to create virtual reality eye tracking experiments with little or no code. Access visualization and playback tools in a single user or multi-user environment. Additionally SightLab VR Pro allows connection to various hardware devices, such as BIOPAC physiological measurement systems and more. Works for both single and multi-users.

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More information on SightLab VR Pro can be found here.

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Conclusion
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For help on how to create an experiment using the VR application development engine Vizard, see this tutorial.

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Additionally, WorldViz provides custom development services if you have a design in mind, but need help implementing it. Please contact sales@worldviz.com for more details.

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Setting up a VR lab can bring a huge upgrade in your research. Initially it can be somewhat challenging and take some time, but with the proper setup you will have a much improved environment in which to perform your studies. For further help on how to setup a VR lab and discuss options, contact sales@worldviz.com

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In our updated guide, you learn which important questions to ask, and how to conceptualize a VR lab that sets you up for long-term success. We feature the latest VR hardware, plus new information on eye tracking and VR training.

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About the lab

The Virtual Reality (VR) Lab is a unique facility in which you can walk through virtual reality representations of products that are yet to be realised using virtual reality technologies. The lab enables students and staff to visualise designs, develop immersive VR environments, and to test new VR and AR technologies.

The lab features three-dimensional (3D) projections on the walls and floor, as well as sensory feedback, so participants can manipulate objects like medical tools. They're able to feel the weight of an object, as well as the resistance of push back and pull creating a new level in the height of realism in a virtual environment.

The VR Lab is home to an interdisciplinary team with the diverse skill set required to work effectively in VR and AR.The team consists of experts in computer-aided design, 3D modelling, programming, IT, computer science and mechatronics.

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The Virtual Reality (VR) Lab is a unique facility in which you can walk through virtual reality representations of products that are yet to be realised using virtual reality technologies. The lab enables students and staff to visualise designs, develop immersive VR environments, and to test new VR and AR technologies.

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Cum să organizăm activități practice, proiecte de tipul STEM/STEAM, lucrări de laborator în cadrul procesului educațional la matematică în gimnaziu și liceu

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Fun Crafts Projects With Infinite folding [Video] | Yarn crafts for kids, Crafts, Crafts for kids

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Dec 13, 2021 - Best Infinite folding Crafts to Make With Kids - craft for 3-4 year-olds

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Распечатайте макет икосаэдра на листе бумаги, затем вырежьте его по пунктиру. Это нужно для того, чтобы оставить свободное место для склеивания частей фигуры друг с другом. Старайтесь вырезать икосаэдр как можно медленнее, иначе при малейшем сдвиге ваша поделка в итоге станет выглядеть некрасиво. Необходимость в очень аккуратном вырезании связана с тем, что все треугольники в правильном икосаэдре имеют одинаковые стороны. Поэтому если какая-либо сторона станет отличаться по своей длине, в результате такое расхождение в размерах будет заметным.

Сложите икосаэдр по сплошным линиям, затем при помощи клея проклейте места, которые очерчены пунктирной линией, и соедините друг с другом соседние стороны треугольников. Для более плотной фиксации каждую проклеенную сторону нужно подержать в таком состоянии в течение 20 секунд. Точно так же следует проклеить все остальные стороны икосаэдра. Сложнее всего склеить два последних ребра, так как для их соединения необходимы терпение и сноровка. Ваш бумажный икосаэдр готов.

Такой геометрическую фигуру можно увидеть и в повседневной жизни. К примеру, в форме усеченного икосаэдра (многогранника, состоящего из 20 шестиугольников и 12 пятиугольников) изготавливается футбольный мяч. Это становится наиболее заметно, если получившийся икосаэдр раскрасить в черно-белый цвет. Футбольный мяч из бумаги вы можете сделать самостоятельно, предварительно распечатав в 2-х экземплярах развертку усеченного икосаэдра.

Изготовление икосаэдра из бумаги представляет собой увлекательный процесс, требующий терпения, вдумчивости и большого количества бумаги. Зато полученный результат станет еще долгое время радовать глаз. Бумажный икосаэдр можно дать в качестве развивающей игрушки ребенку, достигшему 3-хлетнего возраста. Играя с этой геометрической фигурой, малыш станет развивать не только пространственные навыки и образное мышление, но и поближе познакомится с миром геометрии. Взрослому человеку творческий процесс по конструированию бумажного икосаэдра своими руками позволит скоротать время, а также удивить своих близких умением мастерить сложные фигуры.

Во время изготовления бумажного икосаэдра необходимо обратить особенное внимание на процесс сгиба его сторон. Чтобы согнуть бумагу ровно, вы можете воспользоваться обычной линейкой.

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сделать икосаэдр

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икосаэдр из бумаги

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бумажный икосаэдр

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Как сделать икосаэдр из бумаги

# data[].attributes.attachment_link.description
Распечатайте макет икосаэдра на листе бумаги, затем вырежьте его по пунктиру. Это нужно для того, чтобы оставить свободное место для склеивания частей фигуры друг с другом. Старайтесь вырезать икосаэдр как можно медленнее, иначе при малейшем сдвиге ваша поделка в итоге станет выглядеть некрасиво.

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Когда необходимо срочно провести небольшое маркетинговое исследование аудитории, изучить ее потребности или получить актуальное для бизнеса мнение клиентов, на помощь приходят сервисы онлайн-опросов. Таких инструментов достаточно много, они отличаются по своему предназначению и функционалу.

Мы решили сэкономить ваше время на поиск идеальных сервисов. Представляем небольшой список конструкторов онлайн-опросов, которые являются лучшими по нашему мнению.

Простые опросы или многоуровневые тесты легко создавать на ПК и мобильных устройствах. Можно менять шаблон по собственному усмотрению, вставлять изображения и видео. Статистика результатов отображается прямо в форме и по желанию оформляется в таблицу. Помимо анкетирования можно собирать e-mail респондентов. Из минусов нужно отметить то, что вставить Google Формы на сайт получится только ссылкой. Но зато количество опросов неограниченно.

Преимущество сервиса в том, что он умеет находить подходящую аудиторию. Респонденты отбираются по указанным вами параметрам (пол, возраст, место проживания), по готовым сегментам аудитории из CRM или по данным Яндекс.Аудиторий. Для оформления опроса есть готовые шаблоны и возможность самостоятельного создания анкеты. Готовую форму можно распространять ссылкой. Результаты отслеживают посредством встроенной статистики или через Яндекс.Метрику. Некоторый минус Яндекс.Взгляд в том, что все опросы проходят модерацию. Но зато вероятные ошибки будут своевременно выявлены. Плюс - сервис предоставляет отчетные документы для ИП и ЮЛ.

В бесплатной версии доступно максимум 10 вопросов и 100 респондентов. На премиум-планах опросы неограниченны. В сервисе имеется статистика ответов и возможность коллективной работы над формами. Тема шаблона меняется. Есть экспорт ответов в .xls, .pdf, .ppt, .csv. Можно интегрировать форму с популярными программами. Созданным опросом легко делиться в соцсетях или открывать доступ по ссылке.

Предусмотрено 100 вариаций шаблонов. В premium-версии количество вопросов не лимитировано, есть настройка доступа по паролю. Настраиваемый дизайн адаптирован для различных устройств. Результаты экспортируют в PDF , DOCx , PPTx. Для распространения анкеты используют ссылку или электронную почту.

Количество опросов в данном сервисе неограниченно. Внешний вид формы можно настраивать: менять цветовую гамму, персонализировать логотип, добавлять фото-, видео-, аудиофайлы, редактировать вопросы, указывать несколько вариантов ответов. Отчеты можно экспортировать в популярные форматы или анализировать онлайн. Распространение опросов выполняют по e-mail, ссылке для сайта или соцсетей, SMS, через всплывающие окна.

Сервис с легко понятным интерфейсом для создания простых и сложных анкет. Можно сделать форму с развилкой: в зависимости от ответа, респондентам будут показаны разные страницы. Имеется защита по IP и Cookies, интеграция календаря, возможность подбора цветов элементов, добавление комментариев, фото и видео. Готовую форму через html-код можно добавить на сайт, разместить в соцсетях, отправить пользователям прямой ссылкой. Бесплатно доступны 3 опроса по 10 вопросов.

Можно формировать опросы из готовых шаблонов, используя 14 типов вопросов. Анкету можно индивидуализировать через добавление атрибутики бренда. Форматы экспорта данных - .pdf, .word, .excel, .spss. Результаты можно фильтровать по характеристикам ЦА. Платформа адаптирована под любые устройства. Бесплатно доступны 26 шаблонов, 3 опроса по 10 вопросов и 50 респондентов. Ответы собираются через онлайн-панель Анкетолога (более 112 500 чел.). В платных версиях есть СМС-рассылка анкеты и создание именной ссылки-приглашения. На профессиональных тарифах предоставляют помощь специалистов для разработки сложных форм и дополнительных услуг.

Адаптивные опросы можно оформлять для любых целей. Есть 10 типов вопросов. Имеется статистика ответов. В шаблонах можно менять отображение текста, добавлять изображения. Результаты выгружаются в Excel. Доступ к опросу предоставляется по ссылке. Форму размещают на сайте виджетом или встраивают через html-код.

Сервис онлайн-опросов без ограничения по числу вопросов и ответов. Есть готовые шаблоны и возможность редактирования форм. Разрешено добавлять медиафайлы, настраивать доступ по паролю и авторизацию через ВКонтакте, ограничивать по IP-адресу, добавлять ссылки и промокоды, брендировать формы. Распространение опроса осуществляется по ссылке, через e-mail, виджет, всплывающую форму, встраивание на сайт. Есть статистика результатов, фильтрация ответов, экспорт данных в несколько форматов.

Сервис позиционируется как омниканальная исследовательская платформа. Созданные опросы можно распространять по e-mail и SMS, через соцсети, колл-центр и QR-код, онлайн через ссылки и офлайн. Шаблоны форм легко редактировать: меняется дизайн, шрифты, фон. Готовые опросы адаптированы под любые устройства. Можно настраивать квотирование ответов и уведомление о заполнении форм. Результаты легко фильтровать по периодам и каналам сбора. Отчеты выгружаются в PDF, XLS, CSV, SPSS. Имеется возможность командной работы. Есть поддержка 24/7.

Проводить опросы можно и в соцсетях, при помощи встроенных инструментов ВКонтакте, Facebook, Instagram, но это уже тема для отдельной статьи. Если вы знаете другие хорошие сервисы, расскажите о них в комментариях.

Понравилась статья? Получайте похожие на вашу почту еженедельно.

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Когда необходимо срочно провести небольшое маркетинговое исследование аудитории, изучить ее потребности или получить актуальное для бизнеса мнение клиентов, на помощь приходят сервисы онлайн-опросов. Таких инструментов достаточно много, они отличаются по своему предназначению и функционалу. Мы решили сэкономить ваше время на поиск идеальных сервисов. Представляем небольшой список конструкторов онлайн-опросов, которые являются лучшими по нашему мнению.

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Virtual Chemistry Lab. Get the software safely and easily.

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This program has all the things needed in a school chemistry laboratory, from the substances to the equipment.

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CleverMaths, Free Download by Clevertouch

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Something be better,Bring more ideals to life

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19/ago/2020 - creative crafts let's do together！😘😘😍😍Do let me know in the comment how it goes. :)💗💗You can also find more other content in my blog.If you like it, share it with your social media and friends

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14.Kas.2020 - Bu Pin, Stylish Girls tarafından keşfedildi. Kendi Pinlerinizi keşfedin ve Pinterest'e kaydedin!

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Jul 26, 2020 - Welcome To "Creative Smita ( CRAFTS  &  DIY )" .                                                ...

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Amazing Paper Crafts Ideas | How to make Paper Craft 🌟 | DIY Creative Craft for Everyone [Video] in 2022 | Art kits for kids, Diy crafts for kids easy, Hand crafts for kids

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May 24, 2022 - Easy Paper Flower - Paper Craft IdeasLife Hacks/Inventions/Crafts/DIYs/Tricks/Experiments 👉DIY is our happy place ❤️🏡

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Paper Cup Puppet [Video] | Preschool crafts, Paper crafts, Diy crafts for kids easy

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Sep 24, 2021 - This Pin was discovered by Mini’s Art & Crafts. Discover (and save!) your own Pins on Pinterest

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Craft - Moving Santa Claus [Video] | Diy christmas gifts, Christmas diy, Xmas crafts

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Dec 21, 2020 - This Pin was discovered by Craft Anyone. Discover (and save!) your own Pins on Pinterest

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electronic whiteboard for online teaching

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interactive whiteboard for distance learning

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best interactive whiteboard for classroom use

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digital writing board for online teaching

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google meet classroom extension whiteboard

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Tabla virtuala pentru predarea online de pe orice device

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DIY: Cute Paper Rubik [Video] | Manualidades escolares, Manualidades creativas, Manualidades

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27/mai/2020 - Paper Cube. #decor #homedecor #instadeco #cute #beautiful #paperart #art #diy #diyhome #diyideas #diycrafts #diyvideo #homediy #craft #artcraft #artandcraft #papercraft #fun #joy #diylover #creative #learning #learn #funactivities #learnbydoing #funathome #craftideas #diylove #crafting #handmade #diyvideos #game #diyproject #diytutorial #howto #diycraft #instaart #cool #love #crafts #instacraft #crafter #crafty #crafts #instadiy #cubes #rubik #rubikscubes #toy #cartoon #kidcarfts #doityourself

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Amazing diy toy for kid. #diykid #car #diytoycar #kid #handmade #craft

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Feb 4, 2021 - Amazing diy toy for kid. #diykid #car #diytoycar #kid #handmade #craft

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2020. 6. 18 - Nora님이 찾은 핀입니다. Pinterest에서 회원님만의 핀을 찾아 저장하세요.

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Diy origami craft diy [Video] | Origami crafts diy, Origami crafts, Paper crafts diy tutorials

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Jul 24, 2020 - This Pin was discovered by Rarefinda. Discover (and save!) your own Pins on Pinterest

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Шар кусудама. Многогранник из бумаги. Поделки оригами

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Оригами многогранник Малый звёздчатый додекаэдр из бумаги Meenakshi Mukerji

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折り紙 ダイヤモンドボール💎 そのべ式 48枚組　ORIGAMI DIAMOND BALL Sonobe module 48 unit

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【折り紙 くすだま】変形するくす玉 開花を作ってみた！作り方／How to make a deformable kusudama.(Pop Up Star,Revealed Flower)

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【折り紙くすだま】星のくす玉を作ってみた！作り方/How to make origami star kusudama.

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折り紙 クルクルまわる！立体的な花火の折り方

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【折り紙 くすだま】かわいいくす玉を作ってみた！作り方/How to make a cute Kusudama．

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Кусудама - инструкция как изготовить своими руками с обзорами лучших способов и схем. Особенности техники, фото необычных поделок

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Многие встречали на просторах интернета фото кусудамы из бумаги. Эти композиции представляют собой шарообразные цветы из бумаги, с добавлением иных украшающих материалов. Кусудамы берут начало из Японии, и в дословном переводе значится "лекарственный шар". По одной из версий, этот народ ещё с древних времён был убеждён, что заполнив шарик исцеляющим разнотравьем, он будет давать положительно настроенную биологическую энергию.