gbaby370
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I am studying for a test coming up in a few weeks, so what I generally do is be familiar with every aspect of the question.
Anyways, going back to the old swinging a pale of water in circular motion example. The force of tension and gravity would be the forces keeping the bucket in circular motion. But let's look at what's keeping the water in the bucket. Obviously the water is not falling out at the top of the circle becase the acceleration is greater than gravity. But let's say we were asked to explain this. When looking at the water and the bucket at the top of the circle, would it be safe to say that the normal force is acting downwards along with the force of gravity?
I may be thinking too much about the situation, but it never hurts to know. (Keep in mind I am new to this)
Anyways, going back to the old swinging a pale of water in circular motion example. The force of tension and gravity would be the forces keeping the bucket in circular motion. But let's look at what's keeping the water in the bucket. Obviously the water is not falling out at the top of the circle becase the acceleration is greater than gravity. But let's say we were asked to explain this. When looking at the water and the bucket at the top of the circle, would it be safe to say that the normal force is acting downwards along with the force of gravity?
I may be thinking too much about the situation, but it never hurts to know. (Keep in mind I am new to this)