Mark each of the following statementsas true or false. If a statement refers to "two objects"interacting via some force, you are not to assume that these twoobjects have the same mass.

Every force has one and only one 3rd law pair force.
true or false?
The two forces in each pair act in opposite directions.
true or false?
The two forces in each pair can act on the same object or ondifferent objects.
true or false?
The two forces in each pair may have different physicalorigins (for instance, one of the forces could be due to gravity,and its pair force could be a normal contact force).
true or false?
The two forces of a 3rd law pair always act ondifferent objects.
true or false?
Given that two objects interact via some force, theaccelerations of these two objects have the same magnitude butopposite directions. (Assume no other forces act on eitherobject.)
true or false?
According to Newton's 3rd law, the force on the (smaller) moondue to the (larger) earth is
a.greater in magnitude than, and in the oppositedirection from, the force on the earth due to the moon.
b.greater in magnitude than, and in the samedirection as, the force on the earth due to the moon.
c.equal in magnitude to, and in the oppositedirection from, the force on the earth due to the moon.
d.equal in magnitude to, and in the samedirection as, the force on the earth due to the moon.
e.smaller in magnitude than, and in the oppositedirection from, the force on the earth due to the moon.
f.smaller in magnitude than, and in the samedirection as, the force on the earth due to the moon.

According to Newton's third law, whenever two bodies interact with each other, there exist a pair of forces, equal and opposite each other, acting on both bodies simultaneously.
These forces always come in pairs, and are unique for any pair of objects.

2) True

3) False

4) False

The forces in each pair always have the same physical origin, like gravity, or Coulomb's law.

5) False

The Newton's 3rd law states that the forces must be equal each other, not the accelerations, which will depend on the masses of the objects interacting with each other.

6) c)

According to Newton's 3rd law, the force exerted by one object (the moon in this case) on the other (the Earth) is exactly equal in magnitude, but of opposite sign, to the force exerted by the 2nd object (the Earth in our case) on the former one (the moon).

priceamber103 priceamber103 · Answer 2 · 2022-03-18T00:02:51+01:00

Answer:

true false false true false true

Explanation:

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