A horizontal tube of non uniform cross section has radii fo 0.1 m and 0.05 m respectively at M and N,

For a streamline flow of liquid the rate of liquid flow is

An ideal liquid (water) flowing through a tube of non-uniform cross section area at A and B are 40 cm^2 and 20 cm^2 respectively. If pressure difference between A & B is 700 N/(m^2) then volume flow rate is

water is flowing through a tube of non-uniform cross-section. If the radii of the tube at the ebtrance and the exit are in the ratio 3:2 then the ratio of the velocites of flow of watern at the entrance and the exit is

Water is flowing through a tube of non-uniform cross-section ratio of the radius at entry and exit end of the pipe is 3 : 2 . Then the ratio of velocities at entry and exit of liquid is

A pipe of non uniform cross section has two distinct section 1 and 2 with areas 2cm^(2) and 4cm^(2) respectively. If the velocity of flowing liquid at section 1 is 5cm//s , determine the velocity at section 2 .

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

A liquid is flowing in a horizontal pipe of uniform cross section at a speed v. Two tubes A an B are inserted into the pipe as shown. Assume the flow to remain streamiline inside the pipe. (a) The diagram depicts that height of liquid in tube B (=h_(2)) is more than the height of liquid in tube A(=h_(1)) is it correct? (b) Calculate the difference in height of the liquid in two tubes.

Water is flowing through a horizontal tube of non uniform cross-section. At a place the radius of the rube is 0.5 cm and the velocity of water there is 20 cm/s. What will be the velocity at another place wehre the radius of the tube is 1.0 cm?

A horizontal pipe of area of cross-section a and 3a respectively, then the ratio of velocity of flow at two different cross-section (If flow is streamline) is

Water is flowing steadily through a horizontal tube a of non uniform cross-section. If the pressure of water is 4xx10^(4)N//m^(2) at a point where cross-section is 0.02m^(2) and velocity of flow is 2m//s , what is pressure at a point where cross-section reduces to 0.01m^(2)