An ideal monoatomic gas undergoes different types of processes which are described in column I. Match the corresponding statements in column II. The parameters involved have standard usual meaning.Column IColumn II(A)P=2V2(p) If volume increases thentemperature will also increase(B)PV2=constant(q) If volume increases thentemperature will decrease(C)C=CV+2R(r) For expansion, heat will haveto be supplied to gas(D)C=CV−2R(s) If temperature increases then theworkdone by gas is positive(t) If temperature decreases then workdone by gas is positive.

An ideal monoatomic gas undergoes different types of processes which a

1.	An ideal monoatomic gas undergoes different types of processes which are described in column I. Match the corresponding statements in column II. The parameters involved have standard usual meaning.Column IColumn II(A)P=2V2(p) If volume increases thentemperature will also increase(B)PV2=constant(q) If volume increases thentemperature will decrease(C)C=CV+2R(r) For expansion, heat will haveto be supplied to gas(D)C=CV−2R(s) If temperature increases then theworkdone by gas is positive(t) If temperature decreases then workdone by gas is positive.
Answer» An ideal monoatomic gas undergoes different types of processes which are described in column I. Match the corresponding statements in column II. The parameters involved have standard usual meaning. $\begin{matrix} Column I & Column II (A) P = 2 V^{2} & (p) If volume increases then temperature will also increase (B) P V^{2} = constant & (q) If volume increases then temperature will decrease (C) C = C_{V} + 2 R & (r) For expansion, heat will have to be supplied to gas (D) C = C_{V} - 2 R & (s) If temperature increases then the workdone by gas is positive (t) If temperature decreases then workdone by gas is positive . \end{matrix}$