A body of mass m is thrown straight up with a velocity Mq. Find the velocity u' with which the body comes down if the air drag equals `cu^(2)` where c is a constant and u is the velocity of the body.

A body of mass m is thrown straight up with velocity v_(0)(v_(0) lt lt v_(e)) Find the velocity v with which the body comes down if the air drag equals kv^(2) , where k is a positive constant and v is the velocity of the body.

A body of mass m is thrown straight up with velocity v_(0)(v_(0) lt lt v_(e)) Find the velocity v with which the body comes down if the air drag equals kv^(2) , where k is a positive constant and v is the velocity of the body.

A body is thrown vertically upwards with a velocity u . Find the true statement from the following

A body is thrown with a velocity equal to n times the escape velocity (v_(e)) . Velocity of the body at large distance away will be :-

A body is thrown with a velocity equal to n times the escape velocity (v_(e)) . Velocity of the body at large distance away will be :-

A body of mass m is thrown upwards at an angle theta with the horizontal with velocity v. While rising up the velocity of the mass after t second will be

A body of mass m is thrown upwards at an angle theta with the horizontal with velocity v. While rising up the velocity of the mass after t second will be