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Robotics Worksheet: Loops and Shapes

Robotics lesson 22: Loops and shapes · Set 197 · 40 questions
TalentJR

Robot tip (Repeat the side): repeat n { forward s; turn right A° } drives n sides: distance = n × s. A closed regular shape needs n × A = 360°, so A = 360 ÷ n. Rectangle: repeat 2 { forward a; turn 90°; forward b; turn 90° } → perimeter 2 × (a + b), area a × b.

NameDateTime takenScore ___ / 40
  1. 1.🔁 A drawing robot runs:
    repeat 2 { forward 40 cm; turn right 90°; forward 55 cm; turn right 90° }
    What is the area of the rectangle it draws (in square cm)?
  2. 2.🔁 For a regular shape with n sides, each turn is … (a) 90 degrees always (b) 360 ÷ n degrees (c) n × 360 degrees (d) 180 degrees always
  3. 3.🔁 A drawing robot runs:
    repeat 6 { forward 35 cm; turn right 60° }
    How many cm does it drive in all?
  4. 4.🔁 A drawing robot runs:
    repeat 8 { forward 95 cm; turn right 45° }
    Which shape does it draw?
    (a) hexagon (b) octagon (c) triangle (d) pentagon
  5. 5.🔁 A drawing robot runs:
    repeat 2 { repeat 4 { forward 5 cm; turn right 90° } }
    How many cm does it drive in all?
  6. 6.🔁 A drawing robot runs:
    repeat 3 { repeat 4 { forward 10 cm; turn right 90° } }
    How many cm does it drive in all?
  7. 7.🔁 A drawing robot runs:
    repeat 4 { repeat 4 { forward 20 cm; turn right 90° } }
    How many cm does it drive in all?
  8. 8.🔁 A drawing robot runs:
    repeat 8 { forward 100 cm; turn right 45° }
    Which shape does it draw?
    (a) hexagon (b) octagon (c) triangle (d) pentagon
  9. 9.🔁 A robot must draw a regular triangle (3 equal sides):
    repeat 3 { forward 10 cm; turn right ?° }
    What number goes in place of “?”
  10. 10.🔁 A drawing robot runs:
    repeat 2 { repeat 4 { forward 15 cm; turn right 90° } }
    How many cm does it drive in all?
  11. 11.🔁 How many sides does a hexagon have? (a) 5 (b) 8 (c) 6 (d) 7
  12. 12.🔁 A drawing robot runs:
    repeat 4 { forward 10 cm; turn right 90° }
    How many cm does it drive in all?
  13. 13.🔁 A drawing robot runs:
    repeat 3 { forward 10 cm; turn right 120° }
    How many cm does it drive in all?
  14. 14.🔁 A drawing robot runs:
    repeat 4 { forward 60 cm; turn right 90° }
    Which shape does it draw?
    (a) pentagon (b) octagon (c) hexagon (d) square
  15. 15.🔁 A drawing robot runs:
    repeat 8 { forward 40 cm; turn right 45° }
    How many cm does it drive in all?
  16. 16.🔁 A robot must draw a regular square (4 equal sides):
    repeat 4 { forward 100 cm; turn right ?° }
    What number goes in place of “?”
  17. 17.🔁 A drawing robot runs:
    repeat 6 { forward 55 cm; turn right 60° }
    How many cm does it drive in all?
  18. 18.🔁 A drawing robot runs:
    repeat 3 { repeat 4 { forward 30 cm; turn right 90° } }
    How many cm does it drive in all?
  19. 19.🔁 Why do we use a loop to draw a square? (a) squares need 5 sides (b) loops are colourful (c) to make it crash (d) the same steps repeat
  20. 20.🔁 A drawing robot runs:
    repeat 5 { forward 100 cm; turn right 72° }
    How many cm does it drive in all?
  21. 21.🔁 A robot must draw a regular triangle (3 equal sides):
    repeat 3 { forward 30 cm; turn right ?° }
    What number goes in place of “?”
  22. 22.🔁 A drawing robot runs:
    repeat 2 { repeat 4 { forward 30 cm; turn right 90° } }
    How many cm does it drive in all?
  23. 23.🔁 A robot must draw a regular triangle (3 equal sides):
    repeat 3 { forward 25 cm; turn right ?° }
    What number goes in place of “?”
  24. 24.🔁 A drawing robot runs:
    repeat 2 { forward 30 cm; turn right 90°; forward 50 cm; turn right 90° }
    What is the area of the rectangle it draws (in square cm)?
  25. 25.🔁 A drawing robot runs:
    repeat 4 { forward 90 cm; turn right 90° }
    Which shape does it draw?
    (a) square (b) hexagon (c) octagon (d) pentagon
  26. 26.🔁 A drawing robot runs:
    repeat 3 { forward 70 cm; turn right 120° }
    Which shape does it draw?
    (a) square (b) pentagon (c) triangle (d) octagon
  27. 27.🔁 A robot must draw a regular octagon (8 equal sides):
    repeat 8 { forward 75 cm; turn right ?° }
    What number goes in place of “?”
  28. 28.🔁 A robot must draw a regular triangle (3 equal sides):
    repeat 3 { forward 35 cm; turn right ?° }
    What number goes in place of “?”
  29. 29.🔁 A drawing robot runs:
    repeat 2 { repeat 4 { forward 25 cm; turn right 90° } }
    How many cm does it drive in all?
  30. 30.🔁 A drawing robot runs:
    repeat 3 { repeat 4 { forward 5 cm; turn right 90° } }
    How many cm does it drive in all?
  31. 31.🔁 A drawing robot runs:
    repeat 2 { forward 15 cm; turn right 90°; forward 40 cm; turn right 90° }
    What is the area of the rectangle it draws (in square cm)?
  32. 32.🔁 A drawing robot runs:
    repeat 5 { repeat 4 { forward 10 cm; turn right 90° } }
    How many cm does it drive in all?
  33. 33.🔁 A drawing robot runs:
    repeat 2 { forward 40 cm; turn right 90°; forward 15 cm; turn right 90° }
    What is the area of the rectangle it draws (in square cm)?
  34. 34.🔁 A drawing robot runs:
    repeat 2 { forward 25 cm; turn right 90°; forward 60 cm; turn right 90° }
    How many cm does it drive in all?
  35. 35.🔁 A drawing robot runs:
    repeat 8 { forward 80 cm; turn right 45° }
    How many cm does it drive in all?
  36. 36.🔁 A drawing robot runs:
    repeat 4 { forward 95 cm; turn right 90° }
    How many cm does it drive in all?
  37. 37.🔁 To draw any closed regular shape, a robot turns how many degrees in all? (a) 360° (b) 180° (c) 720° (d) 90°
  38. 38.🔁 A drawing robot runs:
    repeat 3 { forward 40 cm; turn right 120° }
    Which shape does it draw?
    (a) hexagon (b) pentagon (c) square (d) triangle
  39. 39.🔁 A drawing robot runs:
    repeat 5 { repeat 4 { forward 15 cm; turn right 90° } }
    How many cm does it drive in all?
  40. 40.🔁 A drawing robot runs:
    repeat 3 { forward 100 cm; turn right 120° }
    How many cm does it drive in all?

Answer key

  1. 2200
  2. 360 ÷ n degrees
  3. 210
  4. octagon
  5. 40
  6. 120
  7. 320
  8. octagon
  9. 120
  10. 120
  11. 6
  12. 40
  13. 30
  14. square
  15. 320
  16. 90
  17. 330
  18. 360
  19. the same steps repeat
  20. 500
  21. 120
  22. 240
  23. 120
  24. 1500
  25. square
  26. triangle
  27. 45
  28. 120
  29. 200
  30. 60
  31. 600
  32. 200
  33. 600
  34. 170
  35. 640
  36. 380
  37. 360°
  38. triangle
  39. 300
  40. 300

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