instructions\nfor each section, match the block name (left) to its description (right) on the line.\ntip…

instructions\nfor each section, match the block name (left) to its description (right) on the line.\ntip: some items include similar wording - look for key details like sensor type, or whether the block starts, stops, or waits.\na) vex v5 blocks (match 1 - 12)\n1. ___ drive forward (cm)\n2. ___ turn right (degrees)\n3. ___ set motor velocity (%)\n4. ___ spin motor (forward)\n5. ___ spin motor for (degrees)\n6. ___ stop motor (coast)\n7. ___ wait (seconds)\n8. ___ set drivetrain stopping (brake)\n9. ___ repeat (count)\n10. ___ if then else\n11. ___ rotation sensor position (deg)\n12. ___ set heading (degrees)\ndescriptions\na. turn the drivetrain a precise angle using gyro/imu heading.\nb. move the drivetrain straight a set distance using built - in drive units.\nc. assign a speed percentage to a selected motors subsequent motion.\nd. start a motor continuously in the forward direction (until stopped).\ne. rotate a motor a specific angular amount, then stop automatically.\nf. halt a motor with minimal resistance; it gently rolls to a stop.\ng. pause program flow for a specified duration.\nh. configure how the drivetrain halts - actively holds position when stopped.\ni. loop the enclosed stack a fixed number of times.\nj. branch logic based on a condition; run one set of blocks or the other.\nk. read the current angular position from a rotation/encoder sensor.\nl. reset or force the robots imu heading to a specific angle.

instructions\nfor each section, match the block name (left) to its description (right) on the line.\ntip: some items include similar wording - look for key details like sensor type, or whether the block starts, stops, or waits.\na) vex v5 blocks (match 1 - 12)\n1. ___ drive forward (cm)\n2. ___ turn right (degrees)\n3. ___ set motor velocity (%)\n4. ___ spin motor (forward)\n5. ___ spin motor for (degrees)\n6. ___ stop motor (coast)\n7. ___ wait (seconds)\n8. ___ set drivetrain stopping (brake)\n9. ___ repeat (count)\n10. ___ if then else\n11. ___ rotation sensor position (deg)\n12. ___ set heading (degrees)\ndescriptions\na. turn the drivetrain a precise angle using gyro/imu heading.\nb. move the drivetrain straight a set distance using built - in drive units.\nc. assign a speed percentage to a selected motors subsequent motion.\nd. start a motor continuously in the forward direction (until stopped).\ne. rotate a motor a specific angular amount, then stop automatically.\nf. halt a motor with minimal resistance; it gently rolls to a stop.\ng. pause program flow for a specified duration.\nh. configure how the drivetrain halts - actively holds position when stopped.\ni. loop the enclosed stack a fixed number of times.\nj. branch logic based on a condition; run one set of blocks or the other.\nk. read the current angular position from a rotation/encoder sensor.\nl. reset or force the robots imu heading to a specific angle.

Answer

Brief Explanations:

  1. "Drive forward (cm)" - Move the drivetrain straight a set distance using built - in drive units, so it matches B.
  2. "Turn right (degrees)" - Turn the drivetrain a precise angle using gyro/IMU heading, so it matches A.
  3. "Set motor velocity (%)" - Assign a speed percentage to a selected motor's subsequent motion, so it matches C.
  4. "Spin motor (forward)" - Start a motor continuously in the forward direction (until stopped), so it matches D.
  5. "Spin motor for (degrees)" - Rotate a motor a specific angular amount, then stop automatically, so it matches E.
  6. "Stop motor (coast)" - Halt a motor with minimal resistance; it gently rolls to a stop, so it matches F.
  7. "Wait (seconds)" - Pause program flow for a specified duration, so it matches G.
  8. "Set drivetrain stopping (brake)" - Configure how the drivetrain halts—actively holds position when stopped, so it matches H.
  9. "Repeat (count)" - Loop the enclosed stack a fixed number of times, so it matches I.
  10. "If then else" - Branch logic based on a condition; run one set of blocks or the other, so it matches J.
  11. "Rotation sensor position (deg)" - Read the current angular position from a rotation/encoder sensor, so it matches K.
  12. "Set heading (degrees)" - Reset or force the robot's IMU heading to a specific angle, so it matches L.

Answer:

  1. B
  2. A
  3. C
  4. D
  5. E
  6. F
  7. G
  8. H
  9. I
  10. J
  11. K
  12. L