A particle of mass `'m'` moves on a horizont smooth line `AB` of length `'a'` such that when particle is at any general point `P` on the line two force act on it. A force `(mg(AP))/(a)` towards `A` and another force `2(mg(BP))/(a)` towards `B`.
Find its time period when released from rest from mid-point of line `AB`.

A particle of mass 'm' moves on a horizont smooth line AB of length 'a' such that when particle is at any general point P on the line two force act on it. A force (mg(AP))/(a) towards A and another force (2mg(BP))/(a) towards B . Find the minimum distance of the particle from B during the motion.

A particle of mass 'm' moves on a horizont smooth line AB of length 'a' such that when particle is at any general point P on the line two force act on it. A force (mg(AP))/(a) towards A and another force (2mg(BP))/(a) towards B . particle released from rest from mid point of AB. Find the minimum distance of the particle from B during the motion.

A particle of mass 'm' moves on a horizont smooth line AB of length 'a' such that when particle is at any general point P on the line two force act on it. A force (mg(AP))/(a) towards A and another force (2mg(BP))/(a) towards B . If the force acting towards A stops acting when the particle is nearest to B then find the velocity with which it crosses point B.

A particle of mass 'm' moves on a horizont smooth line AB of length 'a' such that when particle is at any general point P on the line two force act on it. A force (mg(AP))/(a) towards A and another force (2mg(BP))/(a) towards B . If the force acting towards A stops acting when the particle is nearest to B then find the velocity with which it crosses point B.

A particle has a time period of 1s under the action of a certain force and 2 s under the action of another force. Find the time period when the forces are acting in the same direction simultaneously.

A particle of mass 'm' at rest is acted upon by a force 'P for a time 'r'. Its Kinetic energy after an interval 'r' is:

Force acting on a particle of mass m moving in straight line varies with the velocity of the particle as F=K//V K is constant then speed of the particle in time t

Force acting on a particle of mass m moving in straight line varies with the velocity of the particle as F=K//V K is constant then speed of the particle in time t

Force acting on a particle of mass m moving in straight line varies with the velocity of the particle as F=K//V K is constant then speed of the particle in time t

A charge "Q" of mass "m" is at rest on a smooth horizontal plane.Another identical particle is projected with a velocity v towards it from long distance then