# data[].attributes.attachment_link.readable_text
The micro:bit app is the essential companion to the BBC micro:bit, the pocket sized programmable computer. The app provides online access to a choice of code editors for programming your micro:bit and, when your program is ready, the app beams it to the micro:bit via Bluetooth wireless. Easy-to-follow screens lead you through the process of pairing your iPad (or iPhone) to the micro:bit and then transferring your program code.
Compared with previous versions, the micro:bit app Version 3 contains these additional features:
* Pair with any number of micro:bits
* Choose which micro:bit is currently connected
* Store HEX files in the app
* Choose a HEX file for flashing
* Export and delete HEX files
* Import stored HEX files directly into JavaScript Blocks editor
* Rapid download from JavaScript Blocks editor
* Monitor data detected by micro:bit sensors
* Use the range of micro:bit Bluetooth services in real time
* Display messages on the micro:bit LEDs
* Send control commands to the micro:bit buttons and pins
* De-bug your program code while it is running in the micro:bit
* Use a simulated gamepad to send commands to the micro:bit
* View camera images ready for taking photos or video

As well as providing more flexible handling of your program scripts and HEX files, a major addition in Version 3 is the Monitor and Control page. This lets you observe real-time data from the micro:bit sensors, send messages directly to the LEDs and control the micro:bit buttons and pins from your iPad or iPhone. Monitor is ideal for exploiting Bluetooth services in real time, and for de-bugging your program code while it is running in the micro:bit.

Version 3.0.7

Update for changes in MakeCode
Bug fixes

Works Great But Read Instructions Carefully

Connectivity can be pretty complicated. When I got mine, I had to go download a new hex file with Bluetooth pairing enabled before I could do any pairing. Once that was done the pairing works great.

And the App has great tutorials that I can easily download. I'm impressed.

Perfect! Given the limitations of the hardware ... Perfect!

Nice job! Well thought out. I'd just echo another reviewers comment from March about the directions for connectivity procedure could be tweaked - last step - hold down A and B buttons until 5x5 LED screen ...
Oh, and for those who criticized the app for needing to repeat process of BLE connectivity ... not the software developers issue. Ten minutes of internet research on hardware website would help you understand this. FAQ! FAQ! Minor inconvenience given the utility of the app and hardware. Engineering any product or idea always results in compromises. Understand this and you'll have more reasonable expectations. Deep thought or common sense? Hmmmm

Awesome App

I would like to say the app is well designed and offers a lot of functionality. My only critique and it it a small one but I would like to see an offline version for iOS. I teach in rural environments and sometimes internet is not available. Otherwise the app is great and feature rich.

The developer, Micro:bit Educational Foundation, indicated that the app's privacy practices may include handling of data as described below. For more information, see the developer's privacy policy.

Data Not Linked to You

The following data may be collected but it is not linked to your identity:

Privacy practices may vary, for example, based on the features you use or your age. Learn More

Information

Seller

Micro:bit Educational Foundation

Compatibility

iPhone

Requires iOS 9.0 or later.

iPad

Requires iPadOS 9.0 or later.

iPod touch

Requires iOS 9.0 or later.

Languages

English, Croatian

Family Sharing

With Family Sharing set up, up to six family members can use this app.

# data[].attributes.attachment_link.description
‎The micro:bit app is the essential companion to the BBC micro:bit, the pocket sized programmable computer. The app provides online access to a choice of code editors for programming your micro:bit and, when your program is ready, the app beams it to the micro:bit via Bluetooth wireless. Easy-to-fo...

# data[].attributes.attachment_link.readable_text
For a group of 30 Students, you may have to split them into a batch of 5 students each. So for each batch you would need one set of cubes without names engraved on them and one more set of cubes with name engraved in them. During the first 75% of the teaching pedagogy you would need only the cubes without the names engraved.

After the printing of a cube is initiated, you may collect the cubes (without names) back and then hand over the cubes with names and teach them the mathematical expression and ask them to assemble.

The A ²B and B ²A models need to printed in quantities of 3 each. The A ³ and B ³ models need one quantity each. Also the A ²B and B ²A models need to printed in quantities of 3 each. The A ³ and B ³ models need one quantity each.

**Remember in order to print them in different colors, you will have to load them separately.

# data[].attributes.attachment_link.title
Download a FREE 3D Printing Lesson Plan for the SKETCH Classroom

# data[].attributes.attachment_link.description
For a group of 30 Students, you may have to split them into a batch of 5 students each. So for each batch you would need one set of cubes without names engraved on them and one more set of cubes with name engraved in them.

# data[].attributes.body
Get Tech to release link app microsoft and chorome if pssobiel

# data[].attributes.attachment_link.readable_text
Javascript is currently disabled in your browser, please turn it on to avoid loss of functionality.

Due to recent global events the UK may experience distribution disruption in the coming weeks. We are working closely with our suppliers to ensure the impact on our stock levels is minimal. Please contact us to discuss your requirements.

Makey Makey is an invention kit that allows you to turn everyday items into a touch pad that can be used to control your computer. But it is much more than just a replacement for your keyboard - by integrating Makey Makey with Scratch, you can now bring control and sensing to your programs.

So what is so cool about Makey Makey?

Well, you can turn just about anything that is conductive into an input device for your computer. Tin foil, fruit and veg, by drawing with a normal pencil, the list goes on and on. Your students will learn about conductivity as well as getting to design their own input device or add additional functionality to their Scratch programs.

Makey Makey bongo drums

Here's a cool project that is easy for younger kids to do - play dough bongos! You can use off-the-shelf stuff or make your own from basic store cupboard ingredients. Here is what you'll need:

500g flour

225ml water

35g salt

3 table spoons cream of tartar

1 table spoon vegetable oil

You can also add a bit of food colouring to give your dough some go.

Mix together all the ingredients in a pan and cook over a medium heat, stirring continually.

The mixture will start to bubble and get thick - keep stirring!

As it thickens, it'll start to stick together, Keep stirring until it forms a ball in the middle of the pot

Use a spoon to transfer the dough to a lightly floured surface. Be careful, the dough will be hot hot hot

Once it has cooled enough to handle, kneed it until it has that Play Dough texture and consistency

Store it in an airtight container or plastic bag, just like you would with shop bought play doughs.

Now, back to the bongos...

1. Make one large bongo and one small bongo from the dough

2. Plug your Makey into the USB port of your computer

3. Connect one crocodile clip to the left arrow pad and stick the other end into the large dough bongo

4. Connect another crocodile clip to the space pad and stick the other end into the small bongo

5. Now visit apps.MakeyMakey.com/bongos and turn your sound up loud!

6. With one hand, touch the earth on the Makey Makey and play the play dough bongos with the other hand

Toy car timing gates

Now try integrating your Makey Makey with a Scratch program. This one times a small toy car travelling along a track. You'll need some card, split pins, paperclips, a car and some track. You'll also need Scratch running on a computer with your Makey Makey connected to it.

1. Using card, paper fasteners and paper clips, make some gates to suit your car track similar to these shown. The aim is to make the paperclips touch when the gate is closed and so they can be pushed open by the car as is passes though.

2. Place the gates one metre apart near then end of the track

3. Connect one side of each gate to the earth of the Makey Makey

4. Connect the first gate to the space pad and the second gate to the left arrow

5. In Scratch, create the program as shown and run it

1. Make sure both gates are closed, the program will prompt you if they aren't. You will also see green lights on the Makey Makey next to the arrow and space keys if your gates are closed

2. Run the car down your track - the program will time how long it takes to pass between the two gates

Can you modify the program to tell you the speed in metres per second?

Remember,

Order Code: {{product.ProductCode}}

Your Ref: {{product.CustomerCode}}

MPN: {{product.ManuPartNo}}

{{attribute.Name}} : {{decodeHtml(attribute.Value)}}

Available for re-reeling

Price per unit {{ IncVat ? 'Inc' : 'Ex' }} VAT

Order in multiples of {{product.InMultiple > product.MinSalesQty ? product.InMultiple : product.MinSalesQty}}

Quantities over {{ product.ReReel.MaxReelSize }} will be supplied on multiple reels.

# data[].attributes.attachment_link.description
Javascript is currently disabled in your browser, please turn it on to avoid loss of functionality. Due to recent global events the UK may experience distribution disruption in the coming weeks. We are working closely with our suppliers to ensure the impact on our stock levels is minimal.

# data[].attributes.body
Muscle Electricity Reader

# data[].attributes.body
Print best 3D object in class, each class

# data[].attributes.body
Individuals all design
Create jobs for the group as well

# data[].attributes.body
Teacher for final grade
Students involved:
Needs to vote which is best at table
Need to vote best printed object for each class

# data[].attributes.body
0-5 Rubric

Design, team cooperation, participation, organization, authenticity, effort

# data[].attributes.body
This project will be with your table groups