Question

How does gravity affect the force of tension

Answer 1

Answer:

here , hope it helps

Explanation:

However, though the force of gravity remains constant, the tension resulting from gravity also changes. When a swinging object isn't at the bottom of its arc (its equilibrium point), gravity is pulling directly downward, but tension is pulling up at an angle.

The normal force and the force of gravity (weight) of the block are balanced, so the net force is all from the tension directed to the right. Hanging mass: On the right, tension pulls the block upwards while gravity pulls it downwards, so the net force must be the difference between them.

Answer 2

Answer:

According to the Newton's 3rd Law of Motion, "every action has an equal but opposite reaction"

Due to this, whenever there's a mass hanging on a string, it is pulled down by the gravity/weight. Now as we know that weight is a force and an action, therefore an opposite reaction is also produced to that weight which we call the tension in the string. Thus, if we increase the gravity, the tension in the string would automatically increase in order to keep the net force zero newton(N) and to keep the mass in an equilibrium postion

Hope that helps...