Home
Class 11
PHYSICS
A large open top container of negligible...

A large open top container of negligible mass and uniform cross sectional area `A` a has a small hole of cross sectional area `A//100` in its side wall near the bottom. The container is kept on a smooth horizontal floor and contains a liquid of density `rho` and mass `M_(0)`. Assuming that the liquid starts flowing out horizontally through the hole at `t=0`, calculate a the acceleration of the container and its velocity when `75%` of the liquid has drained out.

Promotional Banner

Similar Questions

Explore conceptually related problems

A large open top container of negligible mass and uniform cross-sectional area A has a small hole of croos-sectional area (A)/(100) in its side wall near the bottom.The container is kept on a smooth horizontal floor and contains a liquid of density rho and mass m_(0) . Assuming that the liquid starts flowing out horizontally through the hole at t = 0 , The acceleration of the container is (x)/(10) m//s^(2) than x is -

A large open top container of negligible mass and uniform cross sectional area A has a small uniform cross sectional area a in its side wall near the bottom. The container is kept over a smooth horizontal floor and contains a liquid of density rho and mass m_(0) . Assuming that the liqud starts flowing through the hole A the acceleration of the container will be

A large open top container of negligible mass and uniform ross sectional area A has a small uniform cross sectional area a in its side wall near the bottom. The container is kept over a smooth horizontal floor and contains a liquid of density rho and mass m_(0) . Assuming that the liqudi starts flowing through the hole A the acceleration of the container will be

A large container (with open top) of negligible mass and uniform cross-sectional area A has a small hole of cross-sectional area a in its side wall near the bottom. The container contains a liquid of density rho and mass m. If the liquid starts flowing out of the hole at time t = 0, the velocity of efflux of the liquid when 75% of the liquid has drained out is: