Match the thermodynamics processes taking place in a system with the correct conditions. In the table : $∆ Q$ is the heat supplied, $∆ W$ is the work done and $∆ U$ is change in internal energy of the system.

Process Condition

(I) Adiabatic (A) $∆ W = 0$

(II) Isothermal (B) $∆ Q = 0$

(III) Isochoric (C) $∆ U \neq 0, ∆ W \neq 0, ∆ Q \neq 0$

(IV)
Isobaric
(D) $∆ U = 0$

Question

Match the thermodynamics processes taking place in a system with the correct conditions. In the table : $∆ Q$ is the heat supplied, $∆ W$ is the work done and $∆ U$ is change in internal energy of the system.

	Process		Condition
(I)	Adiabatic	(A)	$∆ W = 0$
(II)	Isothermal	(B)	$∆ Q = 0$
(III)	Isochoric	(C)	$∆ U \neq 0, ∆ W \neq 0, ∆ Q \neq 0$
(IV)	Isobaric	(D)	$∆ U = 0$

Aicharya · Accepted Answer

In Adiabatic &#916;Q = 0 , i . e . , Exchange of heat does not take place. In Isothermal &#916;U = 0 , i . e . , Temperature does not change therefore internal energy also remains constant. In Isochoric &#916;W = 0 , i . e . , Volume remains constant therefore work done is zero. In Isobaric &#8710; U &#8800; 0 , &#160; &#8710; W &#8800; 0 , &#160; &#8710; Q &#8800; 0 W = P . &#8710; V , Volume changes so work done is not equal to zero. &#8710; U = f 2 P &#8710; V , Volume changes therefore internal energy changes. &#8710; Q = n C p &#8710; T , Temperature changes therefore heat also changes.

Match the thermodynamics processes taking place in a system with the correct conditions. In the table :…

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