A pipe GB is fitted withb two pipes C and D as shown in the figure. `A=24 m^(2)` at G and velocity of water at G is 10 m/s and at C is 6 m/s . The velocity of water at D is

A pipe GB is fitted with two pipes C and D as shown in the figure. The pipe has area A =24 m^(2) at G and velocity of water at G is 10 m/s, and at C is 6 m/s. The velocity of water at D is

A pipe GB is fitted with two pipes C and D as shown in the figure. The pipe has area A =24 m^(2) at G and velocity of water at G is 10 m/s, and at C is 6 m/s. The velocity of water at D is

Velocity of flow of water in a horizontal pipe is 10.0 m/s. Find the velocity head of water ( g=10m//s^(2) )

Water is flowing in a pipe of diameter 4 cm with a velocity 3 m//s . The water then enters into a tube of diameter 2 cm . The velocity of water in the other pipe is

A broad pipe having a radius 10 cm branches into two pipes of radii 5 cm and 3cm . If the velocity of flowing water in the pipe of radius 3 cm is 5 cm//s , determine the velocities of water in the remaining two pipes. Given that the rate of discharge through the main branch is 600picm^(3)//s .

A broad pipe having a radius 10 cm branches into two pipes of radii 5 cm and 3cm . If the velocity of flowing water in the pipe of radius 3 cm is 5 cm//s , determine the velocities of water in the remaining two pipes. Given that the rate of discharge through the main branch is 600picm^(3)//s .

A particle is thrown with a velocity of u m/s. it passes A and B as shown in figure at time t_(1) = 1 " s " and t_(2) = 3 s . The value of u is (g = 10 m/ s^(2) )

A particle is thrown with a velocity of u m/s. it passes A and B as shown in figure at time t_(1) = 1 " s " and t_(2) = 3 s . The value of u is (g = 10 m/ s^(2) )

Water is flowing steadily through a horizontal pipe of non - uniform cross - section . If the velocity of water cross - section is 0.02 m^(2) is 2m/s , what is the velocity of water at another point where the cross - section is 0.01 m^(2) ?