Embibe Experts Solutions for Chapter: Circular Motion, Exercise 1: Exercise-1
Embibe Experts Physics Solutions for Exercise - Embibe Experts Solutions for Chapter: Circular Motion, Exercise 1: Exercise-1
Attempt the free practice questions on Chapter 7: Circular Motion, Exercise 1: Exercise-1 with hints and solutions to strengthen your understanding. Beta Question Bank for Engineering: Physics solutions are prepared by Experienced Embibe Experts.
Questions from Embibe Experts Solutions for Chapter: Circular Motion, Exercise 1: Exercise-1 with Hints & Solutions
A particle moves along a circle of radius so that its radius vector relative to the point (figure) rotates with the constant angular velocity . Then modulus of the velocity of the particle, and the modulus of its total acceleration will be

A particle is moving in a circle

Which vector in the figure best represent the acceleration of a pendulum mass at the intermediate point in its swing?

Mass hangs by a massless rod of length which rotates at a constant angular frequency as shown in the figure. The mass moves at a steady speed in a circular path of constant radius . is the angle that string makes with the vertical. Which of the following graph is correct.

A ball of mass is attached to the end of a thread fastened to the top of a vertical rod which is fitted to a horizontally revolving round table as shown. If the thread forms an angle with the vertical, the angular velocity of table is

Two very small balls and of masses and are affixed to the ends of a light inextensible cord that passes though a frictionless ring of radius negligible compared to the length of the cord. The ring is fixed at some height above the ground. Ball is pulled aside and given a horizontal velocity so that it starts moving on a circular path parallel to the ground, keeping ball in equilibrium as shown.
Speed of the ball is closest to

In the previous question, when the string is horizontal, the net force on the bob is:

A particle is placed at the top of radius .It is given a little jerk so that it just start slipping down.Find the height from ground where it leaves the sphere.
