A stone thrown vertically up from the ground reaches a maximum height of $500$ m in $10$ s. Time taken by the stone to reach the ground from maximum height is:

5 s

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10 s

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20 s

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25 s

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Solution

The correct option is A 10 s
Time taken by stone to reach from $A$ to $B$ is exactly equal to the time taken by it to reach from $B$ to $C$ .
Time of ascent $=$ time of decent
Hence, it is $10$ sec.

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A stone thrown vertically up from the ground reaches a maximum height of 500 m in 10 s. Time taken by the stone to reach the ground from maximum height is:

The correct option is A 10 sTime taken by stone to reach from A to B is exactly equal to the time taken by it to reach from B to C.Time of ascent = time of decentHence, it is 10 sec.

A stone thrown vertically up from the ground reaches a maximum height of $500$ m in $10$ s. Time taken by the stone to reach the ground from maximum height is:

The correct option is A 10 s
Time taken by stone to reach from $A$ to $B$ is exactly equal to the time taken by it to reach from $B$ to $C$ .
Time of ascent $=$ time of decent
Hence, it is $10$ sec.