A liquid of density `rho` flows along a horizontal pipe of uniform cross-section `A` with a velocity v through a right angled bend as shown in What force has to be exerted at the bend to hold the pipe in equilibrium ? .

A liquid of density rho flows along a horizontal pipe of uniform cross-section A with a velocity v through a right angled bend as shown in fig. What force has to be exerted at the bend to hold the pipe in equilibrium ? .

A liquid of density rho is flowing with a speed v through a pipe of cross sectional area A. The pipe is bent in the shape of a right angles as shown. What force should be exerted on the pipe at the corner to keep it fixed?

A liquid of density rho is flowing with a speed v through a pipe of cross sectional area A. The pipe is bent in the shape of a right angles as shown. What force should be exerted on the pipe at the corner to keep it fixed?