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In this challenge, you will learn how a light sensor works, then you will program a light meter that changes the LED display and sounds depending on how much light the sensor is reading.

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CHALLENGE INSTRUCTIONS

1. Launch the micro:bit website by navigating to: https://makecode.microbit.org/

2. Create a new project.

3. Watch the video tutorial above and follow along on micro:bit

4. If you have time left, go for the two stars and three stars challenges below.

STARS REWARDED

⭐: Follow along with the tutorial to create the example project.

⭐⭐: All the above + remix the code and add unique sounds for each threshold.

⭐⭐⭐: All the above + remix the code to make your own unique project.

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In this challenge, you will be introduced to creating interactive experiences using block-based coding and physical computing. More specifically, you will utilize code to create an interactive story using emojis, words and images.

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CHALLENGE INSTRUCTIONS

1. Launch the micro:bit website by navigating to: https://makecode.microbit.org/

2. Create a new project.

3. Watch the video tutorial above and follow along on micro:bit

4. If you have time left, go for the two stars and three stars challenges below.

STARS REWARDED

⭐: Follow the tutorial to create the example project.

⭐⭐: All the above + modify the code and add loop blocks to your project

⭐⭐⭐: All the above + program a third input (Button A+B).

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In this challenge, you will design and program an interactive buddy using emojis and sounds! You will practice the concepts of inputs and loops.

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CHALLENGE INSTRUCTIONS

1. Launch the micro:bit website by navigating to: https://makecode.microbit.org/

2. Create a new project.

3. Watch the video tutorial above and follow along on micro:bit

4. If you have time left, go for the two stars and three stars challenges below.

STARS REWARDED

⭐: Complete the tutorial and change the icons and animations.

⭐⭐: All the above + create and add an original melody using the melody editor.

⭐⭐⭐: All the above + include three or more inputs.

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In this challenge, you will write code to help decide what to have for dinner and dessert! You will use number ranges and conditionals to code a randomizer using the Micro:bit and the MakeCode editor.

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CHALLENGE INSTRUCTIONS

1. Launch the micro:bit website by navigating to: https://makecode.microbit.org/

2. Create a new project.

3. Watch the video tutorial above and follow along on micro:bit

4. If you have time left, go for the two stars and three stars challenges below.

STARS REWARDED

⭐: Complete the tutorial and change the icons and animations.

⭐⭐: All the above + add original animations and sounds.

⭐⭐⭐: All the above + include three or more inputs.

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In this challenge, you will learn about game mechanics and design a game using the Micro:bit and the MakeCode editor.

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CHALLENGE INSTRUCTIONS

1. Launch the micro:bit website by navigating to: https://makecode.microbit.org/

2. Create a new project.

3. Watch the video tutorial above and follow along on micro:bit to make the example games.

4. After the tutorial, if you have time left, start working on designing your own game to go for the two stars and three stars challenges below.

STARS REWARDED

⭐: Follow along with the tutorial to create the example projects: Rock, Paper, Scissors or Truth or Dare.

⭐⭐: All the above + design a game by remixing the code and making changes.

⭐⭐⭐: All the above + include three or more inputs. Add a foil switch (if you have the board)

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In this challenge, you will use the game blocks in Make Code to create a mini arcade game that keeps score, tracks lives and displays a win or a lose.

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CHALLENGE INSTRUCTIONS

1. Launch the micro:bit website by navigating to: https://makecode.microbit.org/

2. Create a new project.

3. Watch the video tutorial above and follow along on micro:bit to make the example game.

4. After the tutorial, if you have time left, start working on designing your own game to go for the two stars and three stars challenges below.

STARS REWARDED

⭐: Follow along with the tutorial to create the example project.

⭐⭐: All the above + remix the code and make changes to make it your own.

⭐⭐⭐: All the above + connect an external controller and/or speaker(if you have the board).