Question

Centripetal force and acceleration A toy car of mass 0.50kg is racing around a circuit with a properly banked curve (radius of curvature r = 0.35m, angle 30°, see diagram below from behind). a. What is the normal force on the car? (in N, show all steps, start with a FBD) b. What is the tangential velocity of the car (in m/s)? Submit all steps as part of your handwork, including your FBD for full credit.

          Centripetal force and acceleration

A toy car of mass 0.50kg is racing around a circuit with a properly banked curve (radius of curvature r = 0.35m, angle 30°, see diagram below from behind). a. What is the normal force on the car? (in N, show all steps, start with a FBD) b. What is the tangential velocity of the car (in m/s)?

Submit all steps as part of your handwork, including your FBD for full credit.

Centripetal force and acceleration

A toy car of mass 0.50kg is racing around a circuit with a properly banked curve (radius of curvature r = 0.35m, angle 30°, see diagram below from behind). a. What is the normal force on the car? (in N, show all steps, start with a FBD) b. What is the tangential velocity of the car (in m/s)?

Submit all steps as part of your handwork, including your FBD for full credit.

Added by Mariano O.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Manoj Rathi

06/22/2022

Step 1

The gravitational force acts vertically downwards, the normal force acts perpendicular to the surface of the track, and the centripetal force acts towards the center of the circle. Show more…

Show all steps

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Centripetal force and acceleration A toy car of mass 0.50kg is racing around a circuit with a properly banked curve (radius of curvature r = 0.35m, angle 30°, see diagram below from behind). a. What is the normal force on the car? (in N, show all steps, start with a FBD) b. What is the tangential velocity of the car (in m/s)? Submit all steps as part of your handwork, including your FBD for full credit.