The restoring force on the spring is found to have exactly the same magnitude as the stretching force. Option D
<h3>What is the restoring force?</h3>
The restoring force is the force that seeks to restore the spring to its equilibrium position. It has the same magnitude as the stretching force but acts in opposite direction.
Thus, the restoring force on the spring is found to have exactly the same magnitude as the stretching force.
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The best answer between the two options would be the second choice B) FALSE.
IT IS CALLED KINETiC ENERGY .......
The faucet can fill the bottle in 10 seconds ... it fills 1/10 of the bottle each second.
The hole drains the bottle in 30 seconds ... it drains 1/30 of the bottle in 1 second.
If the faucet and the hole are both working at the same time, then the bottle is filling at the rate of (1/10 of a bottle) - (1/30 of a bottle) each second.
That number is (1/10 - 1/30) = (3/30 - 1/30) = (2/30) = 1/15 bottle per second.
The bottle is filling at the rate of 1/15 bottle per second.
So it'll be filled to the rim of the brim in 15 seconds.
