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Challenge 1

Challenge 1. Move Block Can you get your robot to make a 180 degree turn in place? Use the steering slider shifted all the way to the right. Extension 1 Set the duration box to degrees. What number do you need to fill in for degrees to make an accurate 180 degree turn? . Challenge 2.

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Challenge 1

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  1. Challenge 1 • Move Block Can you get your robot to make a 180 degree turn in place? Use the steering slider shifted all the way to the right. Extension 1 Set the duration box to degrees. What number do you need to fill in for degrees to make an accurate 180 degree turn?

  2. Challenge 2 • Program your robot to move 1m to the tape, spin around and return exactly back to the starting positionand stop. • Hint: use information from MBC 1

  3. Challenge 3 • Use move blocks to make a program that enables the bot to drive as if it were drawing the first letter of someone’s name in the group.

  4. Challenge 4 • Sound Block Create a program that has the robot announce the direction in which it’s moving as it moves. While going forward, it should say “forward” and while going backward it should say “backward”. Use a wait for completion setting in the sound block.

  5. Challenge 5 • Sound Block • Make a program with a series of sound blocks configured to play notes to make your own musical composition, or from music that you like.

  6. Challenge 6 • Display Block Create a program that uses sound blocks to say a catch phrase with at least 4 words. Use display blocks to display what the bot says as subtitles on the NXT screen.

  7. Challenge 7 • Program the bot to drive in a figure 8. The robot should show a happy face on its display screen as it moves. When the figure 8 is completed program a sound such as clapping or cheering to announce your completion of the task.

  8. Challenge 8 • Wait blocks • Use your program from Challenge 2 and put in a wait block that will pause your robot for 3 seconds after the spin, and coast your robot over the finish line.

  9. Challenge 9 • Design a program using the touch sensor that will allow your robot to bump into objects, turn and keep going.

  10. Challenge 10 • Design a program that uses the ultrasonic sensor that stops before you hit an object, turn and keep going.

  11. Challenge 11 • Design a program using a loop block that will keep your robot going around a box.

  12. Challenge 12 • Design a program using your light sensor that stops when you hit the finish line, turns and then returns back to the starting line.

  13. Challenge 13 • Design a program using the loop and switch block that will enable your robot to follow a black line.

  14. Challenge 14 • Redesign your robot using the third motor that will enable your robot to pick up an object. • Then your robot will go from the starting area, to pick up an object and return back to the start.

  15. NXT Mindstorms • Nxtminstorm webpage

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