Is Gravity Not a Force in General Relativity?

In summary, the conversation discussed the question of whether gravity is a force or not, and the role of both Newton and Einstein in understanding gravity. The participants also debated the concept of space-time fabric and its relation to gravity. Ultimately, the conversation ended with confusion and a request for further research on the subject.
  • #1
cary5
26
0
if newten was wrong about gravity, and einstein is right (general Relativity) does it mean that gravity is not a force.
 
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  • #2


Then what is keeping us down?
 
  • #3


well if the eath follows a curved path arount the sun i would no call it a force of "pull"
 
  • #4


Then if we are being pull all the time, why are we still so far away from the sun?
 
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  • #5


ok if Newton was right what did einstein disprove
 
  • #6


You said it in your title of your question right? I am just trying to lead you to believe that gravity is real lol
 
  • #7


he disproved Relativity?
 
  • #8


Who disproved Relativity? Your answer could probably be answered by one of those Discovery Channel's documentary.
 
  • #9


i have to writ a paper and i m confused
here z wat i go so far neton said there is gravity and einstine came up with his space-time fabric
 

FAQ: Is Gravity Not a Force in General Relativity?

Is gravity considered a force in General Relativity (GR)?

According to General Relativity, gravity is not considered a force in the traditional sense. Instead, it is seen as a result of the curvature of spacetime caused by massive objects.

How does General Relativity explain the phenomenon of gravity?

In General Relativity, gravity is explained as the curvature of spacetime caused by massive objects. This curvature is what causes objects to be attracted towards each other.

Why is it important to understand that gravity is not a force in GR?

Understanding that gravity is not a force in GR helps us to better understand the nature of gravity and its effects on the universe. It also allows for a deeper understanding of the relationship between gravity and spacetime.

How does General Relativity differ from Newton's theory of gravity?

General Relativity differs from Newton's theory of gravity in that it does not consider gravity as a force between objects, but rather as a result of the curvature of spacetime. Additionally, General Relativity takes into account the effects of large masses and high speeds, while Newton's theory only applies to everyday situations.

Can General Relativity and Newton's theory of gravity both be correct?

While both General Relativity and Newton's theory of gravity have been successful in predicting and explaining certain phenomena, they cannot both be correct in all situations. General Relativity is considered the more accurate and comprehensive theory, as it can explain phenomena that Newton's theory cannot, such as the bending of light and the existence of black holes.

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