What is the mass of the ball, which, under the action of the force of a compressed spring 2N
| August 11, 2021 | education
What is the mass of the ball, which, under the action of the force of a compressed spring 2N, moves with an acceleration of 8 m / s2
It follows from Newton’s Second Law that the force is equal to the product of the mass of a body by its acceleration:
F = m * a.
Therefore, knowing the force applied to the body and the acceleration of this body, we can calculate its mass:
m = F / a.
In our case, F = 2 H and a = 8 m / s², which means:
m = 2/8 = 0.25 kg.
Answer: 0.25 kg.
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