If block A is moving with an acceleration of `5ms^(-2)`, the acceleration of B w.r.t. ground is

Find the acceleration of C w.r.t. ground.

STATEMENT -1 : Net force on a particle w.r.t an inertial frame does notdepend on the velocity of the intertial frame. , STATEMENT - 2 : If net force on A is vec(F)_(A) and net force on B is vec(F)_(B) then force on A w.r.t B is (ven(F)_(A) - vec(F)_(B)) . STATEMENT - 2 : If acceleration of A is vec(a)_(A) and acceleration of B is vec(a)_(B) then, the acceleration of A w.r.t B is ( vec(a)_(A) - vec(a)_(B))

STATEMENT -1 : Net force on a particle w.r.t an inertial frame does notdepend on the velocity of the intertial frame. , STATEMENT - 2 : If net force on A is vec(F)_(A) and net force on B is vec(F)_(B) then force on A w.r.t B is (ven(F)_(A) - vec(F)_(B)) . STATEMENT - 2 : If acceleration of A is vec(a)_(A) and acceleration of B is vec(a)_(B) then, the acceleration of A w.r.t B is ( vec(a)_(A) - vec(a)_(B))

If block B moves towards right with acceleration b, find the net acceleration of block A.

If block B moves towards right with acceleration b, find the net acceleration of block A.

A 100 kg block is kept in the back of a truck moving with an acceleration of 2ms^(-2) There is no relative motion. What is the work done by frictional force on the block as truck is displaced by 2 m w.r.t. Ground

A 100 kg block is kept in the back of a truck moving with an acceleration of 2ms^(-2) There is no relative motion. What is the work done by frictional force on the block as truck is displaced by 2 m w.r.t. Ground

A block of mass 1kg lies on a horizontal surface in a truck. The coefficeint of friction between the block and surface is 0.5. If the acceleration of the truck is 6ms^(-2) the acceleration of the block relative to ground is