A particle A having charge of `2.0xx10^-6C` and a mass of 100 g is fixed at the bottomk of a smooth inclined plane of inclination `30^@`. Where should another particle B having same charge and mass, be placed o the inclined plane so that B may remain in equilibrium?

A particle A having a charge of 2.0xx 10^(-6) C and a mass of 100 g is placed at the bottom of a smooth inclined plane of inclination 30@ . Where should another particle B, having same charge and mass, be placed on the incline so that it may remain in equilibrium?

A particle A having a charge of 2.0xx 10^(-6) C and a mass of 100 g is placed at the bottom of a smooth inclined plane of inclination 30@ . Where should another particle B, having same charge and mass, be placed on the incline so that it may remain in equilibrium?

A particle A having a charge of 2.0xx 10^(-6) C and a mass of 100 g is placed at the bottom of a smoth inclined plane of inclination 30@ . Where should another particle B, having same charge and mass, be placed on the incline so that it may remain in equilibrium?

A particle A having charge q and mass m is placed at the bottom of a smooth inclined plane of inclination theta . Where should a block B, having same charge and mass, be placed on the incline, so that it may remain in equilibrium?

(a) Two charged particles , each charge q , are joined by an insultating string of length L and system is kept on smooth surface. Find tension in the string. (b) A particle having charge Q_(0) is placed directly below and at separation d from the bob of simple pendulum at rest. The mass of the bob is m . What charge should be given to bob so that string becomes loose ? ( c) A particle A having charge q and mass m is placed at the bottom of a smooth inclined plane of inclination theta . Where should a block B , having same charge and mass , be placed on the incline so that it may remain in equilibrium ?

A block of mass 10kg is pushed up on a smooth incline plane of inclination 30^(@) , so that it has acceleration 2m//s^(2) . The applied force is

A body is mass 300 kg is moved through 10 m along a smooth inclined plane of inclination angle 30^@ . The work done in moving (in joules) is (g = 9.8 ms^(-2)) .

A body is mass 300 kg is moved through 10 m along a smooth inclined plane of inclination angle 30^@ . The work done in moving (in joules) is (g = 9.8 ms^(-2)) .

A particle of mass 0.2 kg has an intial speed of 5 ms^(-1) at the bottom of a rough inclined plane of inclination 30^(@) and vertical height 0.5 m . What is the speed of the particle as it reaches the top of the inclined plan ? (Take mu = 1//sqrt3 , g = 10 ms^(-2) ) .