Thermodynamics

work

temperature

heat

internal energy

kinetic energy of gas particle

potential energy of gas

work done by gas

None of these

isobaric

isochoric

isothermal

adiabatic

isothermal process

adiabatic process

isobaric process

isochoric process<

zero energy

the same average kinetic energy

a certain constant energy

different energies which remain constant.

First law

Second law

Third law

Zeroth law

zero

more than the heat given to the system

equal to heat given to the system

independent of heat given to the system

due to molecular motion alone

due to molecular configuration alone

due to both molecular motion and molecular configuration

neither due to molecular motion nor due to molecular configuration

(D)

(A)

(C)

(B)

$75 \%$

$50 \%$

$25 \%$

$40 \%$

In an isothermal process, the temperature remains constant.

In an adiabatic process, the system is insulated from surroundings.

In an isochoric process, pressure remains constant.

In an adiabatic process, $\mathrm{PV}^{\gamma}=$ constant.

isothermal expansion.

adiabatic expansion.

isothermal compression.

adiabatic compression.

D

A

C

B

Temperature

Entropy

Pressure

Work

both depend on only its initial and final states, but not on path

the first depends on the path but the latter depends only on the initial and final states

the first only depends on initial and final states but the second, on the path

both depend on the path