Question

	Column I		Column II
a.	Enthalpy	p.	Intrinsic property
b.	Temperature	q.	Path function
c.	Free energy	r.	Function $U,P,V$
d.	Work	s.	State function

• A. $(a-r,s),(b-p,s),(c-r,s),(d-q)$
• B. $(a-r),(b-s),(c-r,s),(d-q,r)$
• C. $(a-r,s),(b-r),(c-p,s),(d-q)$
• D. $(a-q),(b-p,s),(c-s),(d-q,s)$

Answer 1

The correct option is A $(a-r,s),(b-p,s),(c-r,s),(d-q)$

$(a\to r,s)$ Enthalpy is a state function and is a function of internal energy and pressure and volume.
$(b\to p,s)$ Temperature is independent of the bulk matter of the system and hence it is an intrinsic property but it is a state variable.
$(c\to r,s)$ Free energy is a state function as it depends on the state of the system as well as it depends on $H,T$ and $S$. It is also a function of $U,P$ and $V$.
$(d\to q)$ Work is a path function as the amount of work done depends upon path undertaken.