Question

c) lego spike prime (match 1 - 12)

1. ___ start (green flag / when program starts)
2. ___ set motor power (%)
3. ___ run motor for (rotations)
4. ___ run motors for (degrees)
5. ___ stop motor (hold)
6. ___ wait until (color sensor detects color)
7. ___ if... then... else
8. ___ repeat (until)
9. ___ set movement speed (%)
10. ___ set steering (turn ratio)
11. ___ get distance (ultrasonic cm)
12. ___ set light matrix (icon)

descriptions
a. entry event: begins the stack at program launch.
b. set torque output level for a single motor.
c. spin one motor a specified number of wheel turns, then stop.
d. spin both drive motors a precise angle for accurate moves.
e. halt with active holding torque to resist back - driving.
f. block execution continues only when a specific color is sensed.
g. conditional branch for sensor - based logic.
h. loop continues while a condition is not met; exits when it becomes true.
i. define the default drive speed for movement blocks.
j. adjust left/right power split for arcing turns.
k. read measured distance to an object in centimeters.
l. show a pictogram on the 5x5 hub led matrix.

Explanation:

1. A. Entry event: begins the stack at program launch.
2. B. Set torque output level for a single motor.
3. C. Spin one motor a specified number of wheel turns, then stop.
4. D. Spin both drive motors a precise angle for accurate moves.
5. E. Halt with active holding torque to resist back - driving.
6. F. Block execution continues only when a specific color is sensed.
7. G. Conditional branch for sensor - based logic.
8. H. Loop continues while a condition is not met; exits when it becomes true.
9. I. Define the default drive speed for movement blocks.
10. J. Adjust left/right power split for arcing turns.
11. K. Read measured distance to an object in centimeters.
12. L. Show a pictogram on the 5×5 hub LED matrix.

Answer:

1. A. Entry event: begins the stack at program launch.
2. B. Set torque output level for a single motor.
3. C. Spin one motor a specified number of wheel turns, then stop.
4. D. Spin both drive motors a precise angle for accurate moves.
5. E. Halt with active holding torque to resist back - driving.
6. F. Block execution continues only when a specific color is sensed.
7. G. Conditional branch for sensor - based logic.
8. H. Loop continues while a condition is not met; exits when it becomes true.
9. I. Define the default drive speed for movement blocks.
10. J. Adjust left/right power split for arcing turns.
11. K. Read measured distance to an object in centimeters.
12. L. Show a pictogram on the 5×5 hub LED matrix.