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## Main Question or Discussion Point

Okay, I know there are many other discussions regarding this exact topic, but I

Just like light can be a particle or a wave from how you measure it, to my understanding so can gravity. As I am told, NASA look at gravity as a force (newtonian gravity), for their calculations, because GR equations take too long and make a tiny difference. However, when calculating gravity in much larger masses (maybe like galaxies), general relativity, where gravity is a distortion of spacetime, is needed as it becomes far more accurate.

This means depending on how you need it, gravity can be used as a force (for planets and asteroids etc) and with it not being a force (for larger masses possibly stars and galaxies etc.)

I don't know if this is correct. I have just been reading so much about if gravity is a force or not and I am trying to get some answers).

Could this work as an over simplified answer?

**might (**probably not) have found an easier way to think of gravity being a force or not a force.Just like light can be a particle or a wave from how you measure it, to my understanding so can gravity. As I am told, NASA look at gravity as a force (newtonian gravity), for their calculations, because GR equations take too long and make a tiny difference. However, when calculating gravity in much larger masses (maybe like galaxies), general relativity, where gravity is a distortion of spacetime, is needed as it becomes far more accurate.

This means depending on how you need it, gravity can be used as a force (for planets and asteroids etc) and with it not being a force (for larger masses possibly stars and galaxies etc.)

I don't know if this is correct. I have just been reading so much about if gravity is a force or not and I am trying to get some answers).

Could this work as an over simplified answer?