A bullet weighing `10g` is fired with a velocity of `800ms^(-1)`. After passing through a mud wall `1m` thick, its velocity decreases to `100ms^(-1)`. Find the average resistance offered by the mud wall.

A bullet weighing 10 g is fired with a velocity of 800 ms^(-1) . After passing through a mud wall 1 m thick, its velocity decreases to 100 ms^(-1) . Find the average resistance offered by the mud wall.

A bullet weighing 10 g is fired with a velocity of 800 ms^(-1) . After passing through a mud wall 1 m thick, its velocity decreases to 100 ms^(-1) . Find the average resistance offered by the mud wall.

A bullet weighing 10g is fined with a velocity of 800ms^(-1) . After passing through a mud wall 1m thick, its velocity decreases to 100ms^(-1) . Find the average resistance offered by the mud wall.

A bullet weighing 10 g is fired with a velocity of 800ms −1 . After passing through a mud wall 1 m thick, its velocity decreases to 100ms −1 . Find the average resistance offered by the mud wall.

A bullet of mass 20 g is fired with a velocity of 1000 m/s . After passing through a mud wall 1.5 m thick , its velocity decreases to 400 m/s . Calculate the average resistance offered by the mud wall .

A bullet of mass 10 g is fired from a gun with a velocity of 800ms^-1 .After passing through a mud wall 100cm thick its velocity drops to 100ms^-1 .Calculate the average resistance offered by the wall.

A bullet of mass 10 g and velocity 800 m/s is passed through a mud wall of thickness 1 m . Its velocity reduces to 100 m/s . Find the average resistance offered by the mud wall.

A 10 g bullet is fried at a plank od wood with a speed of 200m//s . After passing through the plank which is 1.0 m thick the speed of the bullet reduces to 100m//s . Find the average resistance offered by the plank.