Asked by beau
If a bowling ball were moved from Earth to the moon, how would it's weight and mass change?
A. The bowling ball would weigh the same, but it's mass would increase.
B. The bowling ball would weigh the same, but it's mass would decrease.
C. The bowling ball would weigh less on the moon, but it's mass would stay the same.
D. The bowling ball would weigh more on the moon, but it's mass would stay the same.
Is the answer D?
A. The bowling ball would weigh the same, but it's mass would increase.
B. The bowling ball would weigh the same, but it's mass would decrease.
C. The bowling ball would weigh less on the moon, but it's mass would stay the same.
D. The bowling ball would weigh more on the moon, but it's mass would stay the same.
Is the answer D?
Answers
Answered by
PsyDAG
Do not agree. If humans weigh less on the moon, wouldn't that also apply to bowling balls?
Answered by
leslie
its C i did it and got that one correct
Answered by
Mr_Leather
Humans don't weigh less, it's their mass
Answered by
Rick Sanchez
C cause mass always stays the same no matter what and everything is lighter in space
Answered by
Cool kid
I know the answer is C. No matter where you go the moon, Mars, Mercury your weight may change but your mass is always, always, always the same.
Answered by
Cece
I thought it was A.... what yall talkin ab?
Answered by
Lydia
Its C. The bowling ball would weigh less on the moon, but its mass would stay the same.
Answered by
boo
So whats the answer
There are no AI answers yet. The ability to request AI answers is coming soon!