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(C) For an ideal gas,the compressibility factor $Z = \frac{PV}{RT} = 1$.From the given data table,we observe that for pressure values $P = 1, 2, 	ext

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$3.1$ to $4.0$

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(C) For an ideal gas,the compressibility factor $Z = \frac{PV}{RT} = 1$.From the given data table,we observe that for pressure values $P = 1, 2, 	ext{ and } 3 	ext{ bar}$,the value of $Z = 1$,which indicates ideal behavior.However,for pressure values ranging from $3.1 	ext{ bar}$ to $4.0 	ext{ bar}$,the value of $Z$ is greater than $1$ $(1.2, 1.4, 1.5)$,which indicates a deviation from ideal behavior.Therefore,the gas deviates from ideal behavior in the pressure range $3.1 	ext{ to } 4.0 	ext{ bar}$.

$P \text{ (bar)}$	$\frac{PV}{RT}$
$1$	$1$
$2$	$1$
$3$	$1$
$3.1$	$1.2$
$3.5$	$1.4$
$4.0$	$1.5$

The following data is obtained for one mole of a gas. The gas deviates from ideal behavior in the pressure (in bar) range:
$P \text{ (bar)}$ $\frac{PV}{RT}$
$1$ $1$
$2$ $1$
$3$ $1$
$3.1$ $1.2$
$3.5$ $1.4$
$4.0$ $1.5$

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The following data is obtained for one mole of a gas. The gas deviates from ideal behavior in the pressure (in bar) range:$P \text{ (bar)}$$\frac{PV}{RT}$$1$$1$$2$$1$$3$$1$$3.1$$1.2$$3.5$$1.4$$4.0$$1.5$