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Why does and object move if the action reaction forces are equal?
Action and reaction forces act on different objects. The forces on one of the objects can still be unbalanced.
Action-reaction forces always act on what kind of objects?
Action-Reaction forces act on all matter.
What is initial force?
action (versus reaction, the opposing force to action). ================
Action reaction forces always act on what objects?
same object
What exert action-reaction forces with objects such as hands or canoe paddles?
Air and water.
Why does and object move if the action reaction forces are equal?
Action and reaction forces act on different objects. The forces on one of the objects can still be unbalanced.
Action-reaction forces always act on what kind of objects?
Action-Reaction forces act on all matter.
What is initial force?
action (versus reaction, the opposing force to action). ================
Action reaction forces always act on what objects?
same object
When two objects hit against each other they follow the law of action and?
the law of action and reaction!
What exert action-reaction forces with objects such as hands or canoe paddles?
Air and water.
Action reaction forces always act on the same objects True or false?
False.
How many objects interact to produce an action reaction pair?
It only takes two.
Why do you fall backwards when you run into something?
Because every action has an equal and opposite reaction. The action is you running into a wall, and the opposite reaction is you falling down.
If wind blowing is action what is the reaction?
A breeze is one reaction. If the wind is strong, moving objects would be another. :) Contributor trust please
Action and reaction are equal and opposite then how motion occurs?
Motion - or rather acceleration - occurs as a result of a net force, meaning that the vector sum of forces on an object is non-zero. This is unrelated to "action and reaction"; please note that "action" and "reaction" occur on DIFFERENT OBJECTS.
Do action and reaction forces act in succession or simultaneously?
Simultaneously, you can't pull on something unless it simultaneously, pulls back on you.
