How is centre of mass related to inertia?
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HEY THERE☺☺
HERE IS YOUR ANSWER—
You cannot refer to one without the other being considered.
Mass is calculated by using an objects inertia. Since inertia is a quality of matter that resists motion, we can apply an increasing force to an object until it accelerates.
Then, by measuring its acceleration we can now determine its mass using the simple equation F=m×a, except rewritten as m=Fam=Fa.
So we divide the force that we applied by the acceleration rate and we get the objects mass.
Without inertia this cannot be done.
HOPE THIS WILL HELP YOU.
PLEASE MARK IT AS THE BRAINLIEST.
THANKS.
HERE IS YOUR ANSWER—
You cannot refer to one without the other being considered.
Mass is calculated by using an objects inertia. Since inertia is a quality of matter that resists motion, we can apply an increasing force to an object until it accelerates.
Then, by measuring its acceleration we can now determine its mass using the simple equation F=m×a, except rewritten as m=Fam=Fa.
So we divide the force that we applied by the acceleration rate and we get the objects mass.
Without inertia this cannot be done.
HOPE THIS WILL HELP YOU.
PLEASE MARK IT AS THE BRAINLIEST.
THANKS.
Answered by
0
Answer:
inertia is a natural tendency of an object to resist the change in its motion or rest the mass is a measure of its inertia
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