
*Image* ...

*Image* ...

*Image* ...

*Image* ...

*Image* ...

*Image* ...

*Image* ...

*Image* ...

*Image* A ring as shown in the 'figure' is made up of two semi circular rings A and B of masses " 2 Kg " and " 4 Kg " respectively. The ring has diameter " 1 m ". If the Ring rolls without slipping, Find – 1.Angular Acceler ...

*Image* ...

*Image* ...

*Image* ...

*Image* ...

Please write the working ...

please write the working *Image* ...

*Image* ...

*Image* ...

*Image* ...

Prove that the net internal torque on a body is zero if and only if the actionreaction forces between all pairs of its particles act along the line joining the two particles. ...

P&Q are 2 forces such that their resultant is R . IF Q is doubled R IS also doubled if Q is reversed then again R is doubled then p.t. P:Q:R:: 2 : 3 : 2 ...

The two ends of a uniform thin rod of length √2R and of mass 2√2kg can move without friction along a vertical circular path of radius R. The rod is released from the vertical position (ab). The force (in N) exerted by an ...

A body starts from rest and accelerates at a rate of 2m/s2. The distance travelled in 5 seconds is? ...

A particle is projected horizontally with a speed u from the top of a plane inclined at an angle with the horizontal. Then distance of point from the point of projection where the particle strike the plane will be  WHAT DOES ...

*Image* ...

A small sphere of mass m is released from rest in a large vessel filled with oil where it experiences a resistive force proportional to its speed i.e., F=kv, where k is a constant and v is the velocity. (a) Find the speed of ...

A train starts from a station with a constant acceleration of 0.4 m/s2. A passenger arrives at a station 6 s after the end of the train left the very same point. What is the least speed at which the passenger should run to ca ...

A particle is projected from a point on the level ground and its height is h when at horizontal distance a and 2a from its point of projection. Find the velocity of projection. ...

*Image* ...

*Image* ...

Please post the solution as well *Image* ...