A bent tube is lowered into a water stream as shown in figure. The velocity of the stream relative to the tube is equal to v=2.5 m/s. The closed upper end of the tube located at the height `h_(0)=12 cm ` has a small orifice. To what height h will the water jet spurt ?

A bent tube is lowered into a water stream as shown in figure. The velocity of the stream relative to the tube is equal to v=2.5m//s . The closed upper end of the tube located at the height h_0=12cm has a small orifice. To what height h will the water jet spurt?

A bent tube is lowered into water stream as shown in figure. The velocity of the stream relative to the tube is equal to v=2.5m//s . The closed upper end of the tube located at a height of 12cm has a small orifice. To what height h will the water jet spurt ?

A bent tube is lowered into the stream as shown in the figure below. The velocity of the stream relative to the tube equal to v. The closed upper end of the tube located at the light h_(0) . To what height h will the water jet spurt ?

A bent tube is lowered into a stream of water as shown in the figure. The velocity of the stream is v=2m//s . The closed upper end of the tube is at a height h_(0)=10cm from the suface of water in the stream and has a small orifice. To what height will the water jet from the orifice spurt?

A bent tube is lowered into a water stream as shown in figure. The velocity of the stream is V_(1) . The closed upper end is located at a height h_(0) and has a small orifice. To what height h will the liquid get spurt? brgt

An L-shaped tube with a small orifice is held in a water stream as shown in fig. The upper end of the tube is 10.6 cm above the surface of water. What will be the height of the jet of water coming from the orifice? Velocity of water stream is 2.45 m // s

An L-shaped tube with a small orifice is held in a water stream as shown in fig. the upper end of the tube is 10.6 cm above the surface of water. What will be the height of the jet of water coming from the orifice? (Velocity water steam is 2.45 m//s )

Water rises to a height h in a capillary tube lowered vertically into water to a depth l as shown in the figure. The lower end of the tube is now closed, the tube is the taken out of the water and opend again. The length of the eater column remaining in the tube will be .

A light cylinderical tube of length L=1.5m and radius v=(1)/sqrt(pi)m is open at one end. The tube containing air is inverted and pushed inside water as shown in figure. A block made of material of relative density 2 haas been placed on the flat upper surface of the tube and the whole system is in equilibrium Neglect the weight of air inside the tube and find the volume of block placed on the tube.

The lower end of a capillary tube is immersed in mercury. The level of mercury in the tube is found to be 2 cm below the outer level. If the same tube is immersed in water, up to what height will the water rise in the capillary ?