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At 2 atm pressure and 0^(@) temperature ...

At 2 atm pressure and `0^(@)` temperature volume of a gas of mass is 500cc. Keeping pressure constant if the temperature has been rised to `273^(@)`C, what will be the volume of the gas?

Text Solution

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From Charle.s law, volume of gas at `0^(@)=500c c`. Find temperature `(theta)=273^(@)`C
`therefore` So the final volume of the gas will be `500(1+(273)/(273)) c c=(500times2)c c=1000c c` or 1lit.
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