a system of two blocks is accelerated by an applied force of magnitude f on the frictionless horizontal surface. the tension in the string between the blocks is:

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31-10-2022
Physics

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a system of two blocks is accelerated by an applied force of magnitude f on the frictionless horizontal surface. the tension in the string between the blocks is:

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tutorconsortium115 tutorconsortium115 · Answer 1 · 2022-11-03T02:07:47-04:00

Knowing the net forces operating on the two blocks tied to the thread allows us to compute the tension that is being put on the string as a result of the two blocks.

What is the system of two blocks' net force?

The mass of a block multiplied by its acceleration equals the net force acting on the block. Because neither the acceleration nor the masses have changed, the net forces acting on the two blocks are also unchanged.

A tension in a particular rope may be thought of as T = (m g) + (m a), where "g" denotes the acceleration caused by gravity of any things the rope is supporting and "a" denotes any additional acceleration on those same objects.

To learn more about blocks' net force refer to:

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