The pressure `P`, volume `V` and temperature `T` of a gas in the jqar `A` and other gas in the jar `B` as at pressure `2P`, volume `V//4` and temperature `2T`, then the ratio of the number of molecules in the jar `A` and `B` will beA. `1 : 1`B. `1 : 2`C. `2: 1`D. `4: 1`

The pressure `P`, volume `V` and temperature `T` of a gas in the jqar

1.	The pressure `P`, volume `V` and temperature `T` of a gas in the jqar `A` and other gas in the jar `B` as at pressure `2P`, volume `V//4` and temperature `2T`, then the ratio of the number of molecules in the jar `A` and `B` will beA. `1 : 1`B. `1 : 2`C. `2: 1`D. `4: 1`
Answer» Correct Answer - D `PV = n_(A)RT` (i) `2P.(V)/(4) = n_(B)R.2T` (ii) Number of moles `prop` number of molecules `(n_(A))/(n_(B)) = (4)/(1)`

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The pressure `P`, volume `V` and temperature `T` of a gas in the jqar `A` and other gas in the jar `B` as at pressure `2P`, volume `V//4` and temperature `2T`, then the ratio of the number of molecules in the jar `A` and `B` will beA. `1 : 1`B. `1 : 2`C. `2: 1`D. `4: 1`

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