Why don’t we see objects in the universe colliding toward each other due to gravitational force?
Answers
Answered by
87
Hi user!
All celestial bodies that exist, exist with HUUUUUGE mass. And I hope you know, inertia is a function of mass. That is to say, More the mass ,more the inertia. And inertia is the capacity of body to resist change in rest/ motion.So because of huge mass which in turn contributes to huge inertia, the objects in the universe do not collide with each other due to gravitational force.
So, the long and the short is that they do not move because of their capability to resist change in state of rest.
I hope it answers your queries. If it did, please mark as the brainliest.
All celestial bodies that exist, exist with HUUUUUGE mass. And I hope you know, inertia is a function of mass. That is to say, More the mass ,more the inertia. And inertia is the capacity of body to resist change in rest/ motion.So because of huge mass which in turn contributes to huge inertia, the objects in the universe do not collide with each other due to gravitational force.
So, the long and the short is that they do not move because of their capability to resist change in state of rest.
I hope it answers your queries. If it did, please mark as the brainliest.
Answered by
3
Answer:
We don't see objects colliding in the universe because the universe itself is expanding faster than the speed of light
Similar questions