Which of the following methods will the volume of an ideal gas to be made four timesQuadraple the absolute temperature constant pressureDouble the absolute temperature and pressureHalve the absolute temperture and double the pressureQuarter the absolute temperature costant pressure

Question

Toppr Admin · Accepted Answer

PV - nRT -x2234-From-xA0-ideal-xA0-gas-xA0-equation-Now this gives V-nRTPif pressure is maintained constant and temperature is made 4 times -quadrupled- then volume also becomes 4 timesSo- C is the correct answer-

Which of the following methods will enable the volume of an ideal gas to be made four times

Quadraple the absolute temperature at constant pressure
Double the absolute temperature and pressure
Halve the absolute temperture and double the pressure
Quarter the absolute temperature at costant pressure

PV = nRT { $∴ F r o m i d e a l g a s e q u a t i o n$ }
Now this gives $V = \frac{n R T}{P}$
if pressure is maintained constant and temperature is made 4 times (quadrupled), then volume also becomes 4 times
So, C is the correct answer.

Which of the following methods will enable the volume of an ideal gas to be made four timesQuadraple the absolute temperature at constant pressureDouble the absolute temperature and pressureHalve the absolute temperture and double the pressureQuarter the absolute temperature at costant pressure

PV = nRT {∴From ideal gas equation}Now this gives V=nRTPif pressure is maintained constant and temperature is made 4 times (quadrupled), then volume also becomes 4 timesSo, C is the correct answer.

PV = nRT { $∴ F r o m i d e a l g a s e q u a t i o n$ }
Now this gives $V = \frac{n R T}{P}$
if pressure is maintained constant and temperature is made 4 times (quadrupled), then volume also becomes 4 times
So, C is the correct answer.