Title: T from f
Course: Physics copy 1

Q: David is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.4

Q: Felicia is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 0.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 2

Q: David is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.5

Q: Mitchell is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 1 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 1

Q: Kelly is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.5

Q: Kelly is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 1.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.67

Q: Chris is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 1.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.67

Q: Peter is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.4

Q: Ariel is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.5

Q: Kaley is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 1.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.67

Q: Kaley is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.5

Q: Peter is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 1 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 1

Q: Kate is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.4

Q: Kelly is twirling a model airplane in a circle with uniform circular motion. The frequency of rotation is 2.5 Hz (cycles per second). The period of rotation is _____. (seconds per cycle). (enter your answer as a number correct to two significant digits).
A: 0.4