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Do action reaction forces produce the same magnitude of acceleration?
Wiki User
∙ 13y ago
yes.
edit:
No. Action-reaction forces produce the same magnitude of FORCES. This is the reason why you can walk. Your foot pushes against the ground with a force of X. The ground will simultaneously push back with a force of X. This is what propels you. There are two objects in this motion, you and the earth. You may weigh a few hundred pounds so the force that is exerted upon you propels you upward/forward. The earth ways countless (not actually countless) tonnes, so it's acceleration is minor
Fyou=myou*ayou
Fearth=mearth*aearth
mearth >>>> myou
Fearth = Fyou
myou*ayou=mearth*aearth
Therefore the acceleration on the earth is much lower (ie accelerations are of different magnitude)
Wiki User
∙ 13y ago
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What are the magnitude and direction of action and reaction forces?
the force of action and the force of reaction are of equal manitude and work in the opposite divections
What patterns exist in the law of action reaction?
They are equal in magnitude and act in opposite directions.
What is the reaction force if a broom strikes a marble on a floor?
considering the action as the force of the broom on the marble, the reaction is the force exerted by the marble on the broom, this force is equal in magnitude and opposite in direction as stated the third law of Newton, the difference in the acceleration depends on the mass of each body.
How are the size an direction of action- reaction forces related?
According to Newton's Third Law, every action has an equal and opposite reaction. So, action-reaction forces are equal in magnitude (size) and opposite in direction. For example, a bug hits the windshield of a car. The force of the car on the bug is equal to the force of the bug on the car. The accelerations of the two are obviously different, because acceleration depends on mass. Unintuivie, but true.
What is Alternate form 1st and second law of newton?
2nd:Law Of Acceleration.3rd:Law Of Action/Reaction.
What are the magnitude and direction of action and reaction forces?
the force of action and the force of reaction are of equal manitude and work in the opposite divections
When a men intends to start walking on the ground though the action and the reaction forces are equal in magnitude these forces may not produce accelerations of equal magnitudes?
No, they will produce same acceleration because mass of the body is same in both the cases,,
When a man intends to start walking on the ground though the action and the reaction forces are equal in magnitude these forces may not produce accelerationsof equal magnitudes and why?
Newton's Second Law: acceleration = force / mass. More mass therefore means less acceleration (for the same force).
What will the action and reaction forces always be?
Equal in magnitude and opposite in direction.
What is the nickname of Newton's third law?
"Action and reaction", or "For every action there is a reaction"."Action and reaction", or "For every action there is a reaction"."Action and reaction", or "For every action there is a reaction"."Action and reaction", or "For every action there is a reaction".
Each force in an action-reaction pair of forces is equal in what?
In magnitude.
Wherever there is an action force there must be a reaction force which?
Is exactly equal in magnitude
What will the action and reaction forces in any situation be?
Equal in magnitude and opposite in direction
State newtons third law of motion?
newtons third law states that "every action has an equal and opposite reaction". the reaction will be opposite to the direction of action but it is equal in magnitude of force with which action is done.
What patterns exist in the law of action reaction?
They are equal in magnitude and act in opposite directions.
What pattern exists in the law of action-reaction?
They are equal in magnitude and act in opposite directions.
What is the reaction force if a broom strikes a marble on a floor?
considering the action as the force of the broom on the marble, the reaction is the force exerted by the marble on the broom, this force is equal in magnitude and opposite in direction as stated the third law of Newton, the difference in the acceleration depends on the mass of each body.
