A body A mass `m_(1)` exerts a force on another body B of mass `m_(2)` . If the acceleration of B be `a_(2)` , then the acceleration (in magnitude) of A is

A force produces an acceleration of 4m//s^(2) in a body of m_(1)kg in another body of mass m_(2)kg If the same force is applied to (m_(1) + m_(2)) then the acceleration will be

A force produces an acceleration of 4ms^(-2) in a body of mass m_(1) and the same force produces an acceleration of 6ms^(-2) in another body oa mass m_(2) . If the same force is applied to (m_(1)+m_(2)) , then the acceleration will be

A force produces an acceleration of 4ms^(-2) in a body of mass m_(1) and the same force produces an acceleration of 6ms^(-2) in another body oa mass m_(2) . If the same force is applied to (m_(1)+m_(2)) , then the acceleration will be

A force of 5N gives a mass m_(1) , an acceleration of m//s^(2) , and a mass m_(2) , an acceleration of 24 m//s^(2) . What acceleration would it give if both the masses are tied together?

A force of 5 N gives a mass m_(1) , an acceleration of 10 m s^(2) and a mass m_(2) , an acceleration of 20 ms^(-2) . What acceleration would it give if both the masses were tied together ?

A constant force of 5 N can produce an acceleration of 1 m//s^(2) on the body of mass m_(1) and 2 m//s^(2) on the body of mass m_(2) . If both the masses are tied together and same force is applied then what will be the acceleration of the system ?

A constant force of 5N can produce an acceleration of 1 m//s^(2) on the body of mass m_(1) and 2m//s^(2) on the body of mass m_(2) . If both the masses are tied together and same force is applied, then what will be the acceleration of the system?

A constant force of 5 N can produce an acceleration of 1 m//s^(2) on the body of mass m_(1) and 2 m//s^(2) on the body of mass m_(2) . If both the masses are tied together and same force is applied then what will be the acceleration of the system ?