Alarge container contains a large amount of water. a hole is drilled on the wall of the container, at a vertical distance h = 0.54 m below the surface of the water. the water surface drops very slowly and its speed is approximately zero. keep 2 decimal places in all answers. (

find the speed v (in m/s) at which water squirts out of the hole.

Velocity = 3.25[m/s]

Explanation:

This problem can be solved if we use the Bernoulli equation: In the attached image we can see the conditions of the water inside the container.

In point 1, (surface of the water) we have the atmospheric pressure and at point 2 the water is coming out also at atmospheric pressure, therefore this members in the Bernoulli equation could be cancelled.

The velocity in the point 1 is zero because we have this conditional statement "The water surface drops very slowly and its speed is approximately zero"

h2 is located at point 2 and it will be zero.

. west

do you have a formula possibly