14. Two wooden balls of equal volume but differentdensity are held beneath the s

Question

14. Two wooden balls of equal volume but differentdensity are held beneath the surface of a container of water. BallA has a density of 0.6 g/cm3 and ball B has a density of0.8 g/cm3. What is the relationship between theacceleration of ball A and that of ball B when they are released?(Given: density of water = 1.0 g/cm3).: *

Ball Awill accelerate faster than ball B.

Ball Bwill accelerate faster than ball A.

Ball A will accelerate at the same rate as Ball B.

Not enough information is given to solve this problem.

Please respond to the question above.

14. Two wooden balls of equal volume but differentdensity are held beneath the surface of a container of water. BallA has a density of 0.6 g/cm3 and ball B has a density of0.8 g/cm3. What is the relationship between theacceleration of ball A and that of ball B when they are released?(Given: density of water = 1.0 g/cm3).: *

Ball Awill accelerate faster than ball B.

Ball Bwill accelerate faster than ball A.

Ball A will accelerate at the same rate as Ball B.

Not enough information is given to solve this problem.

Please respond to the question above.

Explanation / Answer

Ball A will accelerate faster due to its density being less.This is due to the forces acting on it dependent on density, one ofwhich is the force of gravity acting upon it.

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