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Th3Proj3ct
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If everyone believes that there's an equal and opposite reaction for everything, should the universe go out to a point and stop; or will it end up coming back to its origins?
there's an equal and opposite reaction for everything
Crosson said:Newton's 3rd law says that there's an equal and opposite reaction for every force, not for every event.
you are just pick apart his question, and not answering it. assuming he is referring to the force that pushed the universe apart "the big bang," what should the outcome be there is an opposite and equal reaction to that force?Crosson said:Newton's 3rd law says that there's an equal and opposite reaction for every force, not for every event.
Shackleford said:I'd say Newton's Laws aren't applicable, depending on the collective velocity of the expanding universe. Remember, Newton's Laws are also only a special case of more complex theories, i.e. Relativity/Quantum Mechanics.
Th3Proj3ct said:If everyone believes that there's an equal and opposite reaction for everything, should the universe go out to a point and stop; or will it end up coming back to its origins?
Peralta_Man said:you are just pick apart his question, and not answering it. assuming he is referring to the force that pushed the universe apart "the big bang,"]
thanks for actually answering the question:
Either situation is possible by Newton's 3rd law. Newton's 3rd law just ensures that the total momentum is conserved which can happen with an ever-expanding universe or a collapsing universe.Th3Proj3ct said:If everyone believes that there's an equal and opposite reaction for everything, should the universe go out to a point and stop; or will it end up coming back to its origins?
I haven't seen any rudeness in Crossons response. On the contrary, he gave clear and compact answer to the question, unlike the one you credited.Peralta_Man said:...
but there is still no reason to make someone feel bad for asking, you can corect a person without being rude about it.
DaleSpam said:Either situation is possible by Newton's 3rd law. Newton's 3rd law just ensures that the total momentum is conserved.
Newton's Third Law states that for every action, there is an equal and opposite reaction. This means that when an object exerts a force on another object, the second object will exert an equal and opposite force back on the first object.
The concept of an imploding universe is not directly related to Newton's Third Law. This law applies to interactions between objects on a smaller scale, such as between two celestial bodies. However, it can also be applied to larger scale events, such as the collapse of a star or the eventual collapse of the entire universe.
Yes, Newton's Third Law can be applied to the Big Bang theory. The theory suggests that the universe began as a singularity, a point with infinite density and temperature. As the singularity expanded, it created an outward force, which was met with an equal and opposite inward force. This concept is in line with Newton's Third Law.
Yes, Newton's Third Law is a well-established and proven scientific fact. It has been confirmed through countless experiments and observations and is a fundamental principle in the field of physics.
Newton's Third Law is present in many everyday situations, such as walking, driving a car, or throwing a ball. When we take a step, our foot exerts a force on the ground, and the ground exerts an equal and opposite force back on our foot, allowing us to move forward. In a car, the engine exerts a force on the wheels, and the wheels exert an equal and opposite force back on the engine, propelling the car forward. Understanding this law helps us understand and predict the motion of objects in our daily lives.