If two identical objects are dropped one after 1 s delay with respect to another then in the absence of the air resistance *

A. distance between two falling objects will keep increasing
B. distance between two falling objects will keep decreasing
C. will stay the same
D. All of the above

A.No. Assuming no other factors (such as air resistance) the first object will have a velocity of 32 feet/second when the other is dropped. Since they will both have the same acceleration, the first distance between them will increase by 32 feet per second.

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If two identical objects are dropped one after 1 s delay with respect to another then in the absence of the air resistance * A. distance between two falling objects will keep increasing B. distance between two falling objects will keep decreasing C. will stay the same D. All of the above

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If two identical objects are dropped one after 1 s delay with respect to another then in the absence of the air resistance *

A. distance between two falling objects will keep increasing
B. distance between two falling objects will keep decreasing
C. will stay the same
D. All of the above