An object is moving with uniform speed in a horizontal, counterclockwise circle. At location A, which way does the velocity vector point?

An object is moving with uniform speed in a horizontal, counterclockwise circle. At location D, which way does the centripetal force vector point?

An object is moving with uniform speed in a counterclockwise, horizontal circle. Which of the following images correctly depicts the force vector and velocity vector at a point in time.

An object moving is moving with uniform speed in a horizontal counterclockwise circle. At the location depicted, the centripetal force stops. Which path will the object follow?

Two students (A and B) are on a merry-go round (depicted). Which student has the greater period of revolution?

Two students (A and B) are on a merry-go round (depicted). Which student has a greater tangential speed?

Two students (A and B) are on a merry-go round (depicted). Which student has a greater centripetal acceleration?

A racecar is driving with a constant speed around a track (depicted). At what location will the car have the greater centripetal force acting on it?

A racecar is driving with a constant speed around a track (depicted). At what location will the car have the least centripetal force acting on it?

A test car moves at a constant speed around a circular track. If the car is 75.0 m from the track’s center and has a centripetal acceleration of 19.6 m/s², what is the tangential speed?

A student sits on a merry-go-round that has a period of revolution of 45.0 seconds. If the student is on a carousel horse that is 4.50 meters from the center, what is the student’s centripetal acceleration?

A truck (m = 3500 kg) drives around a curve in the road (r = 20.0 m) with a constant speed of 12.0 m/s. Determine the centripetal force acting on the truck.

A fighter pilot (m = 90.0 kg) flies through a vertical loop (r = 9500 m) at a speed of 285 m/s. Determine the centripetal force acting on the pilot.

A second fighter pilot (m = 90.0 kg) flies through a vertical loop (r = 5500 m) at a speed of 285 m/s. Determine the range of G-force acting on the pilot.

A roller coaster ( m = 1000 kg) travels through the bottom of a vertical loop (r = 10.0 m) with a speed of 16.0 m/s. Determine the magnitude of the normal force acting on the roller coaster.

A roller coaster ( m = 1000 kg) travels through the top of a vertical loop (r = 15.0 m) with a speed of 13.0 m/s. Determine the magnitude of the normal force acting on the roller coaster.