The side wall of a wide vertical vessel of height `h=75 cm` has a narrow slit (vertical) running all the way down to the bottom of the vessel.
The length of the slit is `l=50 cm` and the width is `b=1 mm`. With the slit closed, water is filled to the top. Find the resultant reaction force of water coming out as the slit is opened.

The side wall of a wide vertical vessel of height h=75 cm a narrow slit (vertical) running all the way down to the bottom of the vessel. The length of the slit is l=50 cm and the width is b=1 mm . With the slit closed, water is filled to the top. Find the resultant reaction force of water coming out as the slit is opened. brgt

The side wall of a wide vertical vessel of height h=75 cm a narrow slit (vertical) running all the way down to the bottom of the vessel. The length of the slit is l=50 cm and the width is b=1 mm . With the slit closed, water is filled to the top. Find the resultant reaction force of water coming out as the slit is opened. brgt

A cylinder of height h = 1 m has a narrow vertical slit along its wall running up to a length l = 40 cm from the bottom. The width of the slit b = 1 mm. The cylinder is filled with water with the slit closed. Find the force experienced by the vessel immediately after then slit is opened?

On the opposite sides of a wide vertical vessel filled with water two identical holes are opened each having the cross-sectional area S=0.50cm^(2) the height difference between them is equal to Deltah=51cm find the resultant force of reaction of the water flowing out of the vessel.

On the opposite sides of a wide vertical vessel filled with water two identical holes are opened each having the cross-sectional area S=0.50cm^(2) the height difference between them is equal to Deltah=51cm find the resultant force of reaction of the water flowing out of the vessel.

On the opposite sides of a wide vertical vessel filled with water, two identical holes are opened, each having cross sectiona area a. The height dference between them is equal to h . Find the resultant force of reaction of water flowing out of vessel.

On the opposite sides of a wide vertical vessel filled with water, two identical holes are opened, each having cross sectiona area a. The height dference between them is equal to h . Find the resultant force of reaction of water flowing out of vessel.

Figure shows a large closed cylindrical tank containing water, Initially the air trapped above the water surface has a height h_(0) and pressure 2p_(0) where p_(0_ is the atmospheric pressure. There is a hole in the wall of tank at a depth h_(1) below the top from which water comes out. A long vertical tube is connected as shown. (a) Find the height h_(2) of the water in the long tube above the top initially. (b) Find the speed with which water comes out of hole.(c)Find the height of the water in the long tube above the top when the water stops coming out of the hole.

Shows a large closed cylindrical tank containing water, Initially the air trapped above the water surface has a height h_(0) and pressure 2p_(0) where p_(0_ is the atmospheric pressure. There is a hole in the wall of tank at a depth h_(1) below the top from which water comes out. A long vertical tube is connected as shown. (a) Find the height h_(2) of the water in the long tube above the top initially. (b) Find the speed with which water comes out of hole.(c)Find the height of the water in the long tube above the top when the water stops coming out of the hole.