a box is being pushed horizontally along a rough surface and a constant acceleration is achieved. If the push is stopped, the box will
Answers
Answer:
keep moving for some time unless and until the frictional force gets greater than force applied
Answer:
The box will slow down and finally stopped due to removal of force.
Concept:
If a force is applied, no matter how slight, an item will accelerate if there is no friction or other opposing force. Static friction balances the external force we provide to an object, which is why an object does not move when we apply force to it. When you push a box horizontally, friction from the earth pushes the object in the other direction with a force exactly equal to your own. The ground's friction acts on the box backwards when you push it forward, and an intriguing point is that this static friction adjusts itself in response to your force.
Solution:
The normal force acting on the box is opposed to and equal to its weight. This word is equivalent to the force of gravity when the box is resting on a flat surface. Calculate the normal force of the box using the mass that we are provided and the acceleration brought on by gravity.
When a box is pushed horizontally and accelerates continuously down a rough surface. The box will begin to slow down and eventually halt if the push is stopped.
Because the force is removed and force will reduced to velocity.
So, the box will slow down and finally stopped.
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