Step 1) Create a new empty sketch and draw 2 lines that meet. The lines should be 3 and 4 in length and should connect at one point. They should be dimensioend to be 3 and 5 but they will be blue and that is ok

Step 3) Dimension the angle to 45 degrees. Link . You shoul dhave something liek this (your orientation/angle might be different)

Step 4) connect the vertices to make a triangle. Picture:

Step 5)

Step 6) Add a chamfer. Take a screenshot and submit on classrom

Step 1) create a sketch called “Favorite Sketch” on the front plane:

Step 2) Draw a line then ensure it’s vertical : (doesn’t have to be exact but about this size and location)

Step 3) Draw a circle , radius of 3. blue is fine. Just make its radius dimensioned to 3

Step 4) Make the line a mirror line and reflect circle over it :

Step 5) N ow, extrude the circle. What happens to the other circle? Does it matter which circle you extrude? Paste the final photo with the extrude in the assignment

Step 1

Step 2

Step 3 (

Activity (Lower Computational Thinking)

Step 1 : build forever → show number → temperature. ( how to link)

Flash to device (link).

Step 2 : Scavenge Hunt Battery pack on, roam the room. Record on a paper table. Write each number

• by the window,
• near a laptop,
• in a cupped hand,
• on the floor. 4–5 spots write the number each time..

Extension: The micro:bit thinks of temp in Celsius. Convert that reading into Fahrenheit for display and your logs; the micro:To do this, you must be able to make a variable and then implement the conversion formula. Here’s one way: (how to )

Activity (Upper Computational Thinking)

Step 1 : Two Numbers 1 Device : button A → temperature, B → light level (how to link)

Two sensors, one device.

Flash once .

Step 2 : Scavenge Hunt Battery pack on, roam the room. Record on a paper table. Log both temperature and light at each spot, and record a second reading at each spot 30 seconds apart to see if it drifts. 4–5 spots

• by the window,
• near a laptop,
• in a cupped hand,
• on the floor. 4–5 spots write the number each time..

Extension: The micro:bit thinks of temp in Celsius. Convert that reading into Fahrenheit for display and your logs; the micro:To do this, you must be able to make a variable and then implement the conversion formula. Here’s one way: (how to )

Every microbit has a 2.4 GHZ radio module bulit into the CPU.

Below is demo of what we are going to do in this short tutorial–send a number of radio waves from one microbit to the other:

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Microbit 1: The Sender

Radio Group. Both microbits must be set to the same group number. I chose the number 5. Just make sure you set that first (on start).

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Microbit 2: The Receiver

Most common error is not setting the same radio group on both microbits.

How to make a variable and assign it a value

If/else if / else with a variable

Create a variable and set it to a random number:

Plot Bar Graph

Radio Communication . Read the Tutorial Here

Coming soon…Next how to

Start Coding here : https://makecode.microbit.org/

How to do common stuff with MakeCode

The Missions  

Topics/Links : On Start Show String

Stuck? Check out this code

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Topics/links : Button A

Stuck? Check out this code

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Topics/links : Button A , if / else , set variable

Stuck? Some of the code

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Topics/links : Shake Event, if else , set variable to random ,

NOTE: Please make sure you save a copy of Mission 4. Don’t lose it! (We might use it later)

Result :

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Code for Forever loop/ plot bar graph/acceleration

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This is a 2-parter. Part I involves upgrading the Mission 4 scout

Topics/links for Part I : Shake Event , Radio Communication Full Example

Topics/links : Shake Event , set radio group, on radio receive , on radio receive number if/else Radio Communication Full example

1. Create the exact diagram below in a new .plan file.
2. add 3 furniture items t the Family room
3. add 2 furniture items to the Dining room
4. Use the dimensions and room names

Some Examples of what people have done before: