Pressure exerted by a fluid in a closed container

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When a hole is made in a closed container holding water, the water flows out following a parabolic trajectory due to gravity. If the container is in free fall, the water flow will be affected by the lack of gravitational force, leading to a weightless environment. In this scenario, the water would not flow out as expected; instead, it would appear to float alongside the container. This phenomenon is similar to dropping a baseball in a freely falling elevator, where the ball does not fall to the floor. Therefore, in free fall, the flow of water from the container would effectively stop.
Shivansh Mathur
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When a hole is made in the side of the container holding water, water flows out and follows a parabolic trajectory. If the container is dropped in free fall, what will happen to the water flow?

I think that the water flow will follow a similar trajectory..what effect can gravity have on it?
it will still exert pressure on the walls of the container and therefore will come out. What can be the change?
Am i correct?
 
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Imagine that you are in a freely falling elevator. In such a situation, if you let go of a baseball from your hand, do you expect that it would drop to the floor?
 
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yes it will drop.
 
The surprising thing is that, no, it wouldn't! Everything would become as if weightless. You would let go of the ball and it would just float there.
 
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yeah so you mean that we will be traveling at the same rate as the ball does, and we won't see it falling down. Then connecting it to the original question says that the flow of water will stop?
 
Right.
 
Thanks. Actually i thought on the same line but got confused.
 
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