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Use each tile to research the discoveries and when they happened.

In order to unlock the next password:
Add together the year of tiles 1, 4 and 6
Then minus the year of tile number 3
Then add the year of tile number 5
Then minus the year of tile number 2 from your answer

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Can not see where to put the answer or what the word is to access the art padlet..

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Tile Number 1: Discovery of the Electron 

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Tile Number 1: Discovery of the Electron 

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Use this link to find the year the electron was discovered

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In ancient Greece, most people thought that matter was made up of combinations of four elements: earth, air, fire and water.

There were a small number of Greeks who had a different idea. They believed that if there was a piece of wood for example, it could be cut into smaller and smaller pieces until it ended up as a piece of wood that was so small it couldn't be cut anymore.

The ancient Greek philosopher Demokritos (460-370 BCE) thought that matter was made up of millions of tiny, uncuttable pieces of that same matter. In fact, the word comes from the word 'atomos', which means uncuttable.

The plum pudding model

After discovering the electron in 1897, J J Thomson proposed that the atom looked like a .

To explain the two types of static electricity, he suggested that the atom consisted of positive 'dough' with a lot of negative stuck in it. This was consistent with the evidence available at the time:

solids cannot be squashed, therefore the atoms which make them up must be solid throughout

rubbing two solids together often results in static charge so there must be something (electrons) on the outsides of atoms which can be transferred as atoms collide

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Developing the atom - Models of the atom - AQA - GCSE Physics (Single Science) Revision - AQA - BBC Bitesize

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In ancient Greece, most people thought that matter was made up of combinations of four elements: earth, air, fire and water. There were a small number of Greeks who had a different idea.

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Where do you put the answers lol

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Tile number 2: The first electron microscope 

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Tile number 2: The first electron microscope 

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Use this link to find the year of the first electron microscope and incredibly powerful microscope that allowed scientists to see objects many times smaller then a human hair!

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The history of the electron microscope dates back to early twentieth century when the first electromagnetic lens was developed. This opened the door of possibility to use the principles of the lens to invent a microscope that could examine the structure of samples with greater detail. This had the potential to exceed the capabilities of the optical microscope, which was the first type of microscope and only alternative option at the time.

The term microscope is derived from the Greek works mikros and skopeo, which mean small and look at, respectively. Throughout the history of science, there has been a lasting interest in viewing the intricate details of the world in increasing magnifications.

For example, in biology, this allows us to examine the appearance and structure or cells, bacteria, viruses, and other particles. In geology, this allows us to view complex details of rocks, minerals, and fossils, which can provide insight into the history and future of the planet where we live.

Timeline of the electron microscope history

Hans Busch invented the first electromagnetic lens in 1926 and, although he allegedly filed a patent for an electron microscope in 1928, he did not construct the microscope.

It was Ernst Ruska and Max Knoll, a physicist and an electrical engineer, respectively, from the University of Berlin, who created the first electron microscope in 1931. This prototype was able to produce a magnification of four-hundred-power and was the first device to show what was possible with electron microscopy.

In the same year, Reinhold Rudenberg, who was the scientific director of Siemens-Schuckertwerke acquired the electron microscope patent.

In 1933, Ernst Ruska developed on the original model further to develop an electron microscope that was capable of producing an image of higher resolution than what was possible with optical microscopy. In 1937, Bodo von Borries and Helmut Ruska joined him to develop ways that the principles could be applied, such as to examine biological samples. In the same year, Manfred von Ardenne developed the first scanning electron microscope.

Siemens-Schuckertwerke released the first commercial electron microscope to the public in 1938. From this point onwards, transmission electron microscopes became more readily available in other areas of the world, including North America.​

In 1986, Ernst Ruska was awarded the Nobel Prize in Physics for the invention of the electron microscope, in conjunction with Heinrich Rohrer and Gerd Binnig for the development of the scanning tunneling microscope (STM)

The present and future

Transmission electron microscopes are now commonly used in scientific research to examine samples at a higher resolution and increase our understanding of the world around us.

It is evident that the modern transmission electron microscopes are now capable of producing images of significantly higher magnification and resolution than the original models. However, the principles of the electron microscope are still based on the first prototype that was developed by Ernst Ruska.

Electron microscopes have surpassed many of the limitations of optical microscopes, with improved resolution that makes it possible to view microscopic objects such as atoms. However, enhancements to the electron microscope continue to be made to this day. For example, an environmental-scanning electron microscope that maintains a low vacuum in the sample chamber to view specimen with moisture is currently under development.

References

1. https://www.thoughtco.com/history-of-the-microscope-1992146

2. http://authors.library.caltech.edu/5456/1/hrst.mit.edu/hrs/materials/public/ElectronMicroscope/EM_HistOverview.htm

3. https://www.fei.com/introduction-to-electron-microscopy/history/

4. http://www.newworldencyclopedia.org/entry/Electron_microscope

5. http://www.keyence.com/ss/products/microscope/bz-x700/study/history/003/index.jsp

6. https://www.jstor.org/stable/4605737

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The history of the electron microscope dates back to early twentieth century when the first electromagnetic lens was developed. This opened the door of possibility to use the principles of the lens to invent a microscope that could examine the structure of samples with greater detail.

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Neptune is one of the biggest planets in our solar system use this link to find out when it was first discovered

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Human World

September 23, 1846. The planet Neptune - now considered by most astronomers to be the outermost major planet in our solar system - was discovered on this date, using mathematics. Johann Gottfried Galle, Urbain Jean Joseph Le Verrier, and John Couch Adams all worked independently to help discover this world in 1846. Their separate work to find Neptune led to an international dispute as to whom attribute the discovery of the farthest planet of our solar system.

Neptune cannot be seen without a telescope. Its discovery didn't come solely through the use of a telescope, though. It came from astronomers' analysis of data related to Uranus' orbit. Astronomer noticed discrepancies in Uranus' observed position in contrast to its predicted position; the planet was not quite where it was mathematically predicted to be.

Many popular notions of the time attempted to explain Uranus' deviation from its predicted orbit. One thought was that perhaps Newton's law of universal gravitation ceased to work or worked differently at such great distances from our sun. Assuming that gravity works the same throughout space (and, today, gravity is considered constant and one of our universe's four fundamental forces), what could be causing the discrepancies in Uranus' orbit?

The problem with the orbit of Uranus caused astronomers to begin speaking of another possible planet beyond it. The French astronomer Urbain Le Verrier began using mathematics to try to locate mystery planet's position in June 1845. The British John Couch Adams was also working on this problem. Neither knew of the other's calculations.

On September 23, 1846, Galle used Le Verrier's calculations to find Neptune only 1° off Le Verrier's predicted position. The planet was then located 12° off Adams' prediction.

After Neptune's discovery, an international dispute arose concerning who was the 'real' discoverer of the new planet, Le Verrier or Adams. This conflict was amplified by existing political tensions between France and Great Britain. Today, both men - and Galle, who was the first to knowingly see the new planet through a telescope - are credited with the discovery.

Ironically, as it turns out, both Le Verrier and Adams had been very lucky. Their predictions indicated Neptune's distance correctly around 1840-1850. Had they made their calculations at another time, both predicted positions would have been off. Their calculations would have predicted the planet's position only 165 years later or earlier, since Neptune takes 165 years to orbit once around the sun.

By the way, Neptune might have been discovered without the aid of mathematics. Like all planets in our solar system - because it's closer to us than the stars - it can be seen from Earth to move apart from the star background. For example, the great astronomer Galileo, using one of the first telescopes, is said to have recorded Neptune as a faint star in 1612. If it had watched it over several weeks, he'd have noticed its unusual motion.

Read about the discoveries of Neptune and Pluto

Bottom line: Astronomers discovered Neptune on September 23, 1846.

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Human World September 23, 1846. The planet Neptune - now considered by most astronomers to be the outermost major planet in our solar system - was discovered on this date, using mathematics. Johann Gottfried Galle, Urbain Jean Joseph Le Verrier, and John Couch Adams all worked independently to help discover this world in 1846.

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Marie Curie is perhaps one of the most important people in Science history use this link to discover her birth year for your next number

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M arie Curie, née Maria Sklodowska, was born in Warsaw on November 7, 1867, the daughter of a secondary-school teacher. She received a general education in local schools and some scientific training from her father. She became involved in a students' revolutionary organization and found it prudent to leave Warsaw, then in the part of Poland dominated by Russia, for Cracow, which at that time was under Austrian rule. In 1891, she went to Paris to continue her studies at the Sorbonne where she obtained Licenciateships in Physics and the Mathematical Sciences. She met Pierre Curie, Professor in the School of Physics in 1894 and in the following year they were married. She succeeded her husband as Head of the Physics Laboratory at the Sorbonne, gained her Doctor of Science degree in 1903, and following the tragic death of Pierre Curie in 1906, she took his place as Professor of General Physics in the Faculty of Sciences, the first time a woman had held this position. She was also appointed Director of the Curie Laboratory in the Radium Institute of the University of Paris, founded in 1914.

Her early researches, together with her husband, were often performed under difficult conditions, laboratory arrangements were poor and both had to undertake much teaching to earn a livelihood. The discovery of radioactivity by Henri Becquerel in 1896 inspired the Curies in their brilliant researches and analyses which led to the isolation of polonium, named after the country of Marie's birth, and radium. Mme. Curie developed methods for the separation of radium from radioactive residues in sufficient quantities to allow for its characterization and the careful study of its properties, therapeutic properties in particular.

Mme. Curie throughout her life actively promoted the use of radium to alleviate suffering and during World War I, assisted by her daughter, Irene, she personally devoted herself to this remedial work. She retained her enthusiasm for science throughout her life and did much to establish a radioactivity laboratory in her native city - in 1929 President Hoover of the United States presented her with a gift of $ 50,000, donated by American friends of science, to purchase radium for use in the laboratory in Warsaw.

Mme. Curie, quiet, dignified and unassuming, was held in high esteem and admiration by scientists throughout the world. She was a member of the Conseil du Physique Solvay from 1911 until her death and since 1922 she had been a member of the Committee of Intellectual Co-operation of the League of Nations. Her work is recorded in numerous papers in scientific journals and she is the author of Recherches sur les Substances Radioactives (1904), L'Isotopie et les Éléments Isotopes and the classic Traité' de Radioactivité (1910).

The importance of Mme. Curie's work is reflected in the numerous awards bestowed on her. She received many honorary science, medicine and law degrees and honorary memberships of learned societies throughout the world. Together with her husband, she was awarded half of the Nobel Prize for Physics in 1903, for their study into the spontaneous radiation discovered by Becquerel, who was awarded the other half of the Prize. In 1911 she received a second Nobel Prize, this time in Chemistry, in recognition of her work in radioactivity. She also received, jointly with her husband, the Davy Medal of the Royal Society in 1903 and, in 1921, President Harding of the United States, on behalf of the women of America, presented her with one gram of radium in recognition of her service to science.

For further details, cf. Biography of Pierre Curie. Mme. Curie died in Savoy, France, after a short illness, on July 4, 1934.

This autobiography/biography was written at the time of the award and first published in the book series Les Prix Nobel. It was later edited and republished inNobel Lectures. To cite this document, always state the source as shown above.

To cite this section
MLA style: Marie Curie - Biographical. NobelPrize.org. Nobel Prize Outreach AB 2021. Thu. 1 Jul 2021. <https://www.nobelprize.org/prizes/physics/1903/marie-curie/biographical/>

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See them all presented here.

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The Nobel Prize in Physics 1903 was divided, one half awarded to Antoine Henri Becquerel "in recognition of the extraordinary services he has rendered by his discovery of spontaneous radioactivity", the other half jointly to Pierre Curie and Marie Curie, née Sklodowska "in recognition of the extraordinary services they have rendered by their joint researches on the radiation phenomena discovered by Professor Henri Becquerel".

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Women have a huge role to play in science just like you would have discovered in the previous slide.
Use this link to find the year the first woman was sent to space for your next clue

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Since Valentina Tereshkova became the first woman in space in 1963, women have gone on to set many records for spacewalks and long-duration spaceflight on the International Space Station. Another milestone will come in 2024 when NASA aims to land the first woman on the moon under the Artemis program, named for the twin sister of Apollo.

From the first female shuttle commander to the first all-female spacewalk, we celebrate the achievements of women in space with this gallery. Take a look at some of the trailblazing women in our gallery below.

Related: 20 trailblazing women in astronomy and astrophysics
Join our Space Forums to keep talking space on the latest missions, night sky and more! And if you have a news tip, correction or comment, let us know at: community@space.com.

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Pioneering women in space: A gallery of astronaut firsts

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Since Valentina Tereshkova became the first woman in space in 1963, women have gone on to set many records for spacewalks and long-duration spaceflight on the International Space Station. Another milestone will come in 2024 when NASA aims to land the first woman on the moon under the Artemis program, named for the twin sister of Apollo.

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You should now have your clues, remember to check the instruction tile to see what to do next to find your passcode.

Before you move on, you have read about some of the most important discoveries in Science, which one do you think is the most important to us today and why?

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Since Valentina Tereshkova became the first woman in space in 1963, women have gone on to set many records for spacewalks and long-duration spaceflight on the International Space Station. Another milestone will come in 2024 when NASA aims to land the first woman on the moon under the Artemis program, named for the twin sister of Apollo.

From the first female shuttle commander to the first all-female spacewalk, we celebrate the achievements of women in space with this gallery. Take a look at some of the trailblazing women in our gallery below.

Related: 20 trailblazing women in astronomy and astrophysics
Join our Space Forums to keep talking space on the latest missions, night sky and more! And if you have a news tip, correction or comment, let us know at: community@space.com.

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Pioneering women in space: A gallery of astronaut firsts

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Since Valentina Tereshkova became the first woman in space in 1963, women have gone on to set many records for spacewalks and long-duration spaceflight on the International Space Station. Another milestone will come in 2024 when NASA aims to land the first woman on the moon under the Artemis program, named for the twin sister of Apollo.

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Use this link to discover the year the smallpox vaccine was created the worlds first vaccine that saved millions of lives

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The history of smallpox holds a unique place in medicine. It was one of the deadliest diseases known to humans, and to date (2016) the only human disease to have been eradicated by vaccination. The smallpox vaccine, introduced by Edward Jenner in 1796, was the first successful vaccine to be developed. He observed that milkmaids who previously had caught cowpox did not catch smallpox and showed that inoculated vaccinia protected against inoculated variola virus.

The global eradication effort initially used a strategy of mass vaccination campaigns to achieve 80% vaccine coverage in each country, and thereafter by case-finding, followed by ring vaccination of all known and possible contacts to seal off the outbreak from the rest of the population.

In 1961 the bifurcated needle was developed as a more efficient and cost effective alternative, and was the primary instrument used during the eradication campaign from 1966 to 1977. The bifurcated needle vaccination required only one-fourth the amount of vaccine needed with previous methods and was simpler to perform.

Different types of vaccine

Smallpox vaccines produced and successfully used during the intensified eradication program are called first generation vaccines in contrast to smallpox vaccines developed at the end of the eradication phase or thereafter and produced by modern cell culture techniques. Second generation smallpox vaccines use the same smallpox vaccine strains employed for manufacture of first generation vaccines or clonal virus variants plaque purified from traditional vaccine stocks, whereas third generation smallpox vaccines represent more attenuated vaccine strains specifically developed as safer vaccines at the end of the eradication phase by further passage in cell culture or animals. Second and third generation vaccines are produced using modern cell culture techniques and current standards of Good Manufacturing Practices (GMP).

The need for WHO to maintain an emergency reserve of smallpox vaccine following eradication was recognized in 1980 when WHO was given a set of formal responsibilities for maintaining capacity and expertise to respond to a re-emergence of smallpox in the post-eradication era as both a component of a preparedness strategy and a possible deterrent to intentional release. The Smallpox Vaccine Emergency Stockpile (SVES) was originally created by consolidating WHO Member State donations given in support of the Intensified Smallpox Eradication Programme.

In 2002, World Health Assembly (WHA) Resolution 55.16 urged Member States to share expertise, supplies and resources to rapidly contain a public health emergency or mitigate its effects. The resolution further requested the WHO Director General to examine the possible development of collaborative mechanisms to prepare and stockpile resources for a potential PHEIC. The SVES currently consists of two components:

A physical stockpile of vaccine held by WHO Headquarters in Switzerland, which is composed of calf-lymph smallpox vaccines from a variety of sources dating from the final years of the eradication program that are regularly tested for potency. It is estimated to consist of approximately 2.4 million doses when reconstituted and delivered by bifurcated needle.

A pledged stockpile held by Donor countries in their respective national stockpiles for use in time of international need upon request by WHO, which currently consists of 31.01 million doses of smallpox vaccine held by France, Germany, Japan, New Zealand, and the United States.

SAGE

Given the different set of vaccines available (1st generation vaccines used during the eradication campaign and made from the lymph or skin of inoculated animals, 2nd generation vaccines produced in tissue cells and further attenuated, and 3rd generation vaccines based on replicating or non-replicating virus) WHO needs to be able to make an informed decision on which vaccines to include in the stockpile for use in case of a re-emergence of smallpox. Therefore, Strategic Advisory Group of Experts on immunization (SAGE) was asked to respond to the following questions: Which vaccine should be recommended for use during an outbreak of smallpox and how many doses should be stockpiled? What groups should be targeted for vaccination if an outbreak occurs? Which groups should be vaccinated for preventive use and with which vaccine?

GACVS

The Global Advisory Committee on Vaccine Safety (GACVS) was requested to review the safety of smallpox vaccination. The Committee was provided with updated safety information for 1st, 2nd and 3rd generation smallpox vaccines in order to make informed decisions regarding emergency smallpox vaccine stockpiling and future use. The safety update also included an overview of the safety of smallpox vaccines used in the smallpox eradication efforts.

WHO Smallpox Vaccine Emergency Stockpile

This document describes the WHO Smallpox Vaccine Emergency Stockpile (SVES) and the considerations and processes needed for countries to request vaccine in the event of a smallpox outbreak.

Smallpox vaccine readings

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The history of smallpox holds a unique place in medicine. It was one of the deadliest diseases known to humans, and to date (2016) the only human disease to have been eradicated by vaccination. The smallpox vaccine, introduced by Edward Jenner in 1796, was the first successful vaccine to be developed.

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Amin got all the correct answers and the correct result for the equation: 7298039 is not the correct password for the next challenge. Please help

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hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly. 

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hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly. 

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Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access

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Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access

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Please recheck instructions for a slight change with what you need to do with the numbers in order to move on

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Anyone else still having trouble. We can’t get past the first challenge 😂

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does anyone know where to right the answers

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Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?

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Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?

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I think the most significant is either the smallpox vaccination, as we are currently in a global pandemic or the first woman to go to space, because we are still fighting for equality! From Molly

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Molly here again, I can’t seem to correctly solve the password… I have rechecked my answers and they’re all correct… Can anyone help?

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I keep trying and I can’t get it right? Has anyone else managed?

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I believe that the Smallpox Vaccine was very useful as we can use that knowledge to help with other vaccines. From B

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rst vaccine that saved millions of lives 
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Tile 5: Marie Curie
Tile 5: Marie Curie 
Marie Curie is perhaps one of the most important people in Science history use this link to discover her birth year for your next number 
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Tile 6: The First Woman in Space
Tile 6: The First Woman in Space 
Women have a huge role to play in science just like you would have discovered in the previous slide. 
Use this link to find the year the first woman was sent to space for your next clue 
more_vert
Reflection
Reflection 
You should now have your clues, remember to check the instruction tile to see what to do next to find your passcode. 

Before you move on, you have read about some of the most important discoveries in Science, which one do you think is the most important to us today and why? 
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Amin got all the cor
Amin got all the correct answers and the correct result for the equation: 7298039 is not the correct password for the next challenge. Please help 
more_vert
hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly.
hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly. 
more_vert
Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
more_vert
Update
Update 
Please recheck instructions for a slight change with what you need to do with the numbers in order to move on 
more_vert
Still can’t access Art padlet
Still can’t access Art padlet
Anyone else still having trouble. We can’t get past the first challenge 😂
more_vert
does anyone know whe
does anyone know where to right the answers

more_vert
Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
more_vert
I think the most sig
I think the most significant is either the smallpox vaccination, as we are currently in a global pandemic or the first woman to go to space, because we are still fighting for equality! From Molly
more_vert
Molly here again, I
Molly here again, I can’t seem to correctly solve the password… I have rechecked my answers and they’re all correct… Can anyone help?
more_vert
I keep trying and I
I keep trying and I can’t get it right? Has anyone else managed?
more_vert
I believe that the S

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rst vaccine that saved millions of lives 
more_vert
Tile 5: Marie Curie
Tile 5: Marie Curie 
Marie Curie is perhaps one of the most important people in Science history use this link to discover her birth year for your next number 
more_vert
Tile 6: The First Woman in Space
Tile 6: The First Woman in Space 
Women have a huge role to play in science just like you would have discovered in the previous slide. 
Use this link to find the year the first woman was sent to space for your next clue 
more_vert
Reflection
Reflection 
You should now have your clues, remember to check the instruction tile to see what to do next to find your passcode. 

Before you move on, you have read about some of the most important discoveries in Science, which one do you think is the most important to us today and why? 
more_vert
Amin got all the cor
Amin got all the correct answers and the correct result for the equation: 7298039 is not the correct password for the next challenge. Please help 
more_vert
hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly.
hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly. 
more_vert
Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
more_vert
Update
Update 
Please recheck instructions for a slight change with what you need to do with the numbers in order to move on 
more_vert
Still can’t access Art padlet
Still can’t access Art padlet
Anyone else still having trouble. We can’t get past the first challenge 😂
more_vert
does anyone know whe
does anyone know where to right the answers

more_vert
Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
more_vert
I think the most sig
I think the most significant is either the smallpox vaccination, as we are currently in a global pandemic or the first woman to go to space, because we are still fighting for equality! From Molly
more_vert
Molly here again, I
Molly here again, I can’t seem to correctly solve the password… I have rechecked my answers and they’re all correct… Can anyone help?
more_vert
I keep trying and I
I keep trying and I can’t get it right? Has anyone else managed?
more_vert
I believe that the S

# data[].attributes.body
rst vaccine that saved millions of lives 
more_vert
Tile 5: Marie Curie
Tile 5: Marie Curie 
Marie Curie is perhaps one of the most important people in Science history use this link to discover her birth year for your next number 
more_vert
Tile 6: The First Woman in Space
Tile 6: The First Woman in Space 
Women have a huge role to play in science just like you would have discovered in the previous slide. 
Use this link to find the year the first woman was sent to space for your next clue 
more_vert
Reflection
Reflection 
You should now have your clues, remember to check the instruction tile to see what to do next to find your passcode. 

Before you move on, you have read about some of the most important discoveries in Science, which one do you think is the most important to us today and why? 
more_vert
Amin got all the cor
Amin got all the correct answers and the correct result for the equation: 7298039 is not the correct password for the next challenge. Please help 
more_vert
hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly.
hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly. 
more_vert
Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
more_vert
Update
Update 
Please recheck instructions for a slight change with what you need to do with the numbers in order to move on 
more_vert
Still can’t access Art padlet
Still can’t access Art padlet
Anyone else still having trouble. We can’t get past the first challenge 😂
more_vert
does anyone know whe
does anyone know where to right the answers

more_vert
Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
more_vert
I think the most sig
I think the most significant is either the smallpox vaccination, as we are currently in a global pandemic or the first woman to go to space, because we are still fighting for equality! From Molly
more_vert
Molly here again, I
Molly here again, I can’t seem to correctly solve the password… I have rechecked my answers and they’re all correct… Can anyone help?
more_vert
I keep trying and I
I keep trying and I can’t get it right? Has anyone else managed?
more_vert
I believe that the S

# data[].attributes.body
rst vaccine that saved millions of lives 
more_vert
Tile 5: Marie Curie
Tile 5: Marie Curie 
Marie Curie is perhaps one of the most important people in Science history use this link to discover her birth year for your next number 
more_vert
Tile 6: The First Woman in Space
Tile 6: The First Woman in Space 
Women have a huge role to play in science just like you would have discovered in the previous slide. 
Use this link to find the year the first woman was sent to space for your next clue 
more_vert
Reflection
Reflection 
You should now have your clues, remember to check the instruction tile to see what to do next to find your passcode. 

Before you move on, you have read about some of the most important discoveries in Science, which one do you think is the most important to us today and why? 
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Amin got all the cor
Amin got all the correct answers and the correct result for the equation: 7298039 is not the correct password for the next challenge. Please help 
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hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly.
hello, anyone managed to get through to the Art padlet? we can't seem to get the password required correctly. 
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Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
Is it the ‘Mr Spurr’password where we put the answere? Done it several times and can’t get access
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Update
Update 
Please recheck instructions for a slight change with what you need to do with the numbers in order to move on 
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Still can’t access Art padlet
Still can’t access Art padlet
Anyone else still having trouble. We can’t get past the first challenge 😂
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does anyone know whe
does anyone know where to right the answers

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Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
Where do we put the answer to the first treasure hunt question for Science so we can move on to Art ?
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I think the most sig
I think the most significant is either the smallpox vaccination, as we are currently in a global pandemic or the first woman to go to space, because we are still fighting for equality! From Molly
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Molly here again, I
Molly here again, I can’t seem to correctly solve the password… I have rechecked my answers and they’re all correct… Can anyone help?
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I keep trying and I
I keep trying and I can’t get it right? Has anyone else managed?
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I believe that the S