An empty plastic box of mass sm is found to accelerate up at the rate of g/6 when placed deep inside water. How much sand should be put inside the box so tht it may accelerate down at the rate of g/6?

An empty plastic box of mass m is found to accelerate up at the rate of g/6 when placed deep inside water. How much sand should be put inside the box so that it may accelerate down at the rate of g/6?

An empty plastic box of mass 9 kg is found to accelerate up at the rate of g//3 when placed deep inside water. Mass of the sand that should be put inside the box so that it may accelerate down at the rate of g//4 is :

An empty plastic box of mass 5 kg is observed to accelerate up at the rate of g//6 when placed deep inside water. What mass of sand should be put inside the box so that it may accelerate dow at the rate of g//6 ?

An empty plastic box of mass 5 kg is observed to accelerate up at the rate of g//6 when placed deep inside water. What mass of sand should be put inside the box so that it may accelerate dow at the rate of g//6 ?

An empty box of mass 5kg is found to accelerate up at the rate of g/6 when a constant force vec(F) is applied on it. Howm much mass (in kg ) of sand be filled in it so that box may accelerate down at the same rate ? (g beight the acceleration due to gravity).

A balloon with mass m is decending down with an acceleration a (where a lt g ) . How much mass should be removed from it so that it strts moving up with an acceleration a?