Title: f via v and c
Course: Physics copy 1

Q: Peter is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 110 cm and the magnitude of velocity is 350cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 0.51 (± 0.1)

Q: Bryn is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 90 cm and the magnitude of velocity is 1100cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1.9 (± 0.1)

Q: Justin is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 130 cm and the magnitude of velocity is 410cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 0.5 (± 0.1)

Q: Chris is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 170 cm and the magnitude of velocity is 1600cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1.5 (± 0.1)

Q: Felicia is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 170 cm and the magnitude of velocity is 1100cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1 (± 0.1)

Q: Kyle is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 180 cm and the magnitude of velocity is 1100cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1 (± 0.1)

Q: David is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 90 cm and the magnitude of velocity is 850cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1.5 (± 0.1)

Q: David is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 100 cm and the magnitude of velocity is 940cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1.5 (± 0.1)

Q: Chris is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 150 cm and the magnitude of velocity is 940cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1 (± 0.1)

Q: Brittany is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 70 cm and the magnitude of velocity is 880cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 2 (± 0.1)

Q: Kaley is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 100 cm and the magnitude of velocity is 940cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1.5 (± 0.1)

Q: Samantha is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 180 cm and the magnitude of velocity is 1700cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1.5 (± 0.1)

Q: Nick is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 170 cm and the magnitude of velocity is 1600cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 1.5 (± 0.1)

Q: Bryn is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 190 cm and the magnitude of velocity is 2400cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 2 (± 0.1)

Q: Peter is twirling a model airplane in a circle with uniform circular motion. The radius of the path is 130 cm and the magnitude of velocity is 410cm/s. The frequency of the rotation is _____ Hz (cycles/second) (enter your answer as a number correct to two significant digits).
A: 0.5 (± 0.1)