A piece of paper and a coin, both of equal mass, are dropped from the 10th floor of a building. A piece of paper will take longer to reach the ground, because . . .

The buoyant force on the coin is high and it acts in a downward direction.

Gravitational force is less on paper than on coin

The buoyant force is greater on a piece of paper than on a coin

A piece of paper travels a longer path to reach the ground surface.

A piece of paper and a coin, both of equal mass, are dropped from the

1.	A piece of paper and a coin, both of equal mass, are dropped from the 10th floor of a building. A piece of paper will take longer to reach the ground, because . . .
A.	Gravitational force is less on paper than on coin
B.	The buoyant force is greater on a piece of paper than on a coin
C.	The buoyant force on the coin is high and it acts in a downward direction.
D.	A piece of paper travels a longer path to reach the ground surface.
Answer» C. The buoyant force on the coin is high and it acts in a downward direction.