It does not hurt when an empty hangs lightly against a wall because the wall applies an
equal and opposite reaction force on you. In this case, Newton's third law is applicable.
Our hand hurts, when we are carrying a heavy load. This is because; the downward force acts or
our hand. This downward force depends on the weight of load. In this case, Newton's second law
is applicable.
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1. Kicking a soccer ball
2.Playing tug of war
3.Bouncing a Ball
Answer:
D) All the different planets
Explanation:
The mass of an object is an intrinsec property of the object, that gives a measure of the "amount of matter" contained in the object.
Therefore, the mass of an object (or of a person) does not depend on the location of the object: that means, it remains the same on different planets.
So, the mass of the astronaut will remain the same in all the different planets.
Instead, the weight of an object is given by:
where
m is the mass
g is the acceleration of gravity
Since the value of g is different on different planets, then the weight of the astronaut will be different on the different planets.
Answer:
D) Change "decreases distance" to "increase distance" in the description of an inclined plane.
Explanation:
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<em>I did the quiz on edge recently</em>
Answer:
a person pushes water with his hands in the backward direction is action and water in turns pushes him forward due to force is reaction.
Explanation: