In streamline flow of liquid through a pipe of uniform cross sectional area, all stremlines are

A liquid is in a streamline flow through a pipe of non-uniform cross-section such that the sum of its kinetic energy, potential energy and pressure energy per unit volume remains constant. Name the theorem and prove it and write its two applications.

A liquid is under stream lined motion through a horizontal pipe of non uniform cross section. If the volume rate of flow at cross section a is V, the volume rate of flow at cross section (a)/(2) is

Assertion : When an ideal fluid flows through a pipe of non-uniform cross-section, then pressure is more at that section where area is more if the pipe is horizontal. Reason : According to Bernoulli's theorem speed at broader cross-section will be less.

Consider the flow of a liquid through a pipe of varying cross section. Write the equation of continuity of flow.

Water is flowing through a horizontal pipe of non-uniform cross- section. At the extreme narrow portion of the pipe, the water will have

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?