A gas of volume 100 cc is kept in a vess...

A gas of volume `100 cc` is kept in a vessel at pressure `10^(4)Pa` maintained at temperature `24^(@)C`. If now the pressure is increased to `10^(5)Pa` keeping the temperature constant, the volume of gas becomes.

A

`10 cc`

B

`100 cc`

C

`1 cc`

D

`1000 cc`

Verified by Experts

The correct Answer is:

A

`P_(1)V_(1)= P_(2)V_(2), 10^(4).10^(2) = 10^(5)V`
`implies V= 10 cc`

Similar Questions

Explore conceptually related problems

If the pressure of a certain amount of a gas is doubled keeping the temperature constant, what would be the volume of, the gas?

A gas at '10^circ C' occupies a volưme of '283 ~mL .' If it is heated to '20^circ C'. keeping the pressure constant the new volume will be

If the number of moles of a gas are doubled by keeping the temperature and pressure constant, what will happen to the volume.

If the absolute temperature of a gas is doubled and the pressure is reduced to one half, the volume of the gas will.

At constant temperature, the pressure of VmL of a dry gas was increased from 1 atm to '2 ~atm .' The new volume will be