List-I List-II
a) P-V graph (T is constant) e) Straight line cutting temp. axis at -273°C
b) P-T graph (V is constant) f) Rectangular Hyperbola
c) V-t graph (P is constant and t in ${}^{0}C$ ) g) Straight line parallel to pressure axis
d) P-VP graph (T is constant) h) Straight line passing through origin
From ideal gas equation PV=nRT match list I with list II

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a-g, b-e, c-h, d-f

a-h, b-f, c-g, d-e

a-e, b-g, c-f, d-h

a-f, b-h, c-e, d-g

answer is D.

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Detailed Solution

P-V graph (T is constant): Isothermal process, $PV = constant$ , graph is a rectangular hyperbola

P-T graph (V is constant): Guy Lussac's law, graph is a st.line passing through origin

V-t graph (P is constant): Isobaric process, here temperature axis is in celsius. So graph is a st. line cutting temp. axis at -273°C

P-VP graph (T is constant): Isothermal process, so $PV = constant$ , graph is a a st line parallel to pressure axis

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List-I		List-II
a)	P-V graph (T is constant)	e)	Straight line cutting temp. axis at -273°C
b)	P-T graph (V is constant)	f)	Rectangular Hyperbola
c)	V-t graph (P is constant and t in ${}^{0}C$ )	g)	Straight line parallel to pressure axis
d)	P-VP graph (T is constant)	h)	Straight line passing through origin