Question

6). A motorcyclist in the Globe of Death, pictured here, rides in a 2.2-m-radius vertical loop. To keep control of the bike, the rider wants the normal force on his tires at the top of the loop to equal or exceed his and the bike’s combined weight. What is the minimum speed at which the rider can? take the loop?

Name: 6 a motorcyclist in the globe of death pictured here rides in a 22 m radius vertical loop to keep control of the bike the rider wants the normal force on his tires at the top of the loop to equal or e
Uploaded: 2021-11-11T01:48:11-08:00
Duration: 2 min 1 s
Channel: Nishant Kumar
Description: 6 a motorcyclist in the globe of death pictured here rides in a 22 m radius vertical loop to keep control of the bike the rider wants the normal force on his tires at the top of the loop to equal or e

          6). A motorcyclist in the Globe of Death, pictured here, rides in a 2.2-m-radius vertical
loop. To keep control of the bike, the rider wants the normal force on his tires at the top of the loop to equal or exceed his and the bike’s combined weight. What is the minimum speed at which the rider can? take the loop?

Added by Kacia G.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Nishant Kumar

11/11/2021

Step 1

Step 1: At the top of the loop, the normal force (N) must be equal to or greater than the combined weight of the rider and the bike, which is given by N ≥ M*g, where M is the total mass of the rider and the bike, and g is the acceleration due to gravity. Show more…

Show all steps

Thanks for your feedback!

6). A motorcyclist in the Globe of Death, pictured here, rides in a 2.2-m-radius vertical loop. To keep control of the bike, the rider wants the normal force on his tires at the top of the loop to equal or exceed his and the bike’s combined weight. What is the minimum speed at which the rider can? take the loop?