EASY
11th Odisha Board
IMPORTANT
Earn 100

A body moves with a speed of 6 m/s in a circle of a radius 4 m. Find the angular velocity. 

Important Questions on Circular Motion

EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 3
The centripetal force acting on a body moving with uniform speed in circular path is 10 N. Calculate the centripetal force when the speed is doubled ? 
EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 4
A cyclist moves with a speed of 20 km/hr in circular path of 100 m radius. How much will he bend from the vertical while moving ?  
EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 5
What is the maximum speed with which an automobile can move safely around a curved track of radius 5 m and banked at 45°? 
EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 6
A cyclist goes round a circular path of radius 203 at speed of 243 m/s. What is its inclination with vertical ? 
EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 7
The minute hand of a watch which points towards 3 is turned through 5π radian, where will it come ? 
EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 8
What are the factors on which angle of banking depends ? 
EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 9

A centrifuge rotor is accelerated from rest to 330 rps in 220 seconds. Calculate the angular acceleration.

EASY
11th Odisha Board
IMPORTANT
Bureau's Higher Secondary Physics Class 11>Chapter 5 - Circular Motion>MODEL QUESTIONS>Q 10
Two particles of equal masses are revolving in circular path of radius 'r1' and 'r2' with same period calculate the ratio of their centripetal force.