A boat flaoting in a water tank is carrying a number of large stones. If the stones are unloaded into the water, what will happen to the water level in the tank [ hint : Assume the initial level of the tank to be K and the length of the boat immersed in water to be h. Apply the law of floatition. find the volume of water in th tank. repeat the process after a plece of stone is unloaded. the stone will sinkto the bottom . assume the new height to be H' and h' respectively. make use of the fact that the volume of water remains constant . H-H=V/A((P_(s))/(P_(w))-1) where V = volume of stone , A = area of cross - section of tank , P_(s) = density of stone and P_(w) = desnsity of water .]

A boat flaoting in a water tank is carrying a number of large stones.

1.	A boat flaoting in a water tank is carrying a number of large stones. If the stones are unloaded into the water, what will happen to the water level in the tank [ hint : Assume the initial level of the tank to be K and the length of the boat immersed in water to be h. Apply the law of floatition. find the volume of water in th tank. repeat the process after a plece of stone is unloaded. the stone will sinkto the bottom . assume the new height to be H' and h' respectively. make use of the fact that the volume of water remains constant . H-H=V/A((P_(s))/(P_(w))-1) where V = volume of stone , A = area of cross - section of tank , P_(s) = density of stone and P_(w) = desnsity of water .]
Answer» ANSWER :THELEVEL will FALL