During the process `AB` of an ideal gas A. work done on the gas Is zeroB. density of the gas is constantC. slope of line `AB`from the `T`-axis is inversely proportional to the number of moles of the gasD. slope of line `AB` form the `T`-axis is directy proportional to the number of moles of the gas.

During the process `AB` of an ideal gas A. work done on the gas Is zer

1.	During the process `AB` of an ideal gas A. work done on the gas Is zeroB. density of the gas is constantC. slope of line `AB`from the `T`-axis is inversely proportional to the number of moles of the gasD. slope of line `AB` form the `T`-axis is directy proportional to the number of moles of the gas.
Answer» Correct Answer - A::B::D `P-T` graph is a straight line passing through origin.Therefore, V = constant `:.` Work done on the gas is zero. Furhter density of the gas `rho=(m)/(V)prop(1)/(V)` Volume of the gas is constant. Therefore, density of gas is also constant. `PV=nRT , or P=((nR)/(V))T` i,e., slope of `P-T` line `prop` n.

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