Question

A stone of mass 0.6 kg is thrown vertically upward from Earth with a force

of 45 N.(g-10 m/s2)

a) What force does the gravitational field of Earth exert on the stone?
b) What force does the gravitational field of the stone exert on Earth?
c) What magnitude force does the stone exert on the person who throws it?
d) Which of the following statements most correctly describes the motion of Earth
due to the gravitational field of the stone?

i. Earth is not accelerated at all by the gravitational field of the stone.

ii. The magnitude of the acceleration of Earth due to the stone's gravitational field is equal to the mass of the stone divided by Earth's mass.

iii. The magnitude of the acceleration of Earth due to the stone's gravitational field is equal to the force applied by the gravitational field of the stone divided by Earth's mass.

iv. The magnitude of the acceleration of Earth due to the stone's gravitational field
is equal to the acceleration of the stone but in the opposite direction.

Identify action and reaction force in the following:​

Answer 1

Answer:

sorry girl don't know

Answer 2

Answer:

For example, consider the interaction between a baseball bat and a baseball. The baseball forces the bat to the left; the bat forces the ball to the right. Together, these two forces exerted upon two different objects form the action-reaction force pair.