A block of mass m tied to a string is lowered by a distance d, at a constant acceleration of `g//3`. The work done by the string is

A mass M is lowered with the help of a string by a distance h at a constant acceleration g//2 .The work done by the string will be :

A string is used to pull a block of mass m vertically up by a distance h at a constant acceleration (g)/(3) . The work done by the tension in the string is

A string is used to pull a block of mass m vertically up by a distance h at a constant acceleration (g)/(3) . The work done by the tension in the string is

A mass "M" is lowered with the help of a string by a distance "h" at a constant acceleration (g)/(2) .The work done by the string will be

A mass M is lowered with the help of a string by a distance h at a distance acceleration g//2 . The work done by the string will be

A mass M is lowered with the help of a string by a distance h at a distance acceleration g//2 . The work done by the string will be

A bucket of mass 4//3 is tied to a string and is lowered at a constant acceleration of g//4 . The magnitude of work done (in joule ) by the string in lowering the bucket by 10 cm would be :

A mass M is lowered with the help of a string by a distance x at a constant acceleration g/2 . The magnitude of work done by the string will be

A bucket of mass 'm' tied to a light rope is lowered at a constant acceleration of g//4 . IF the bucket is lowered by a distance 'd' , the work done by the rope will be (neglect the mass of the rope)

A cart is used to lower vertically, a block of mass 10 kg over a distance of 0.30 m, at a constant downward acceleration of ((g)/(4)) . Find the work done by the cart on the block.