An ideal gas with initial volume, pressure and temperature of \[0.1\,\,{{m}^{3}},\] 1 bar and \[27{}^\circ C\] respectively is compressed in a cylinder by a piston such that its final volume and pressure are \[0.04\,\,{{m}^{3}}\] and 5 bar respectively, then its final temperature will be:

An ideal gas with initial volume, pressure and temperature of \[0.1\,\

1.	An ideal gas with initial volume, pressure and temperature of \[0.1\,\,{{m}^{3}},\] 1 bar and \[27{}^\circ C\] respectively is compressed in a cylinder by a piston such that its final volume and pressure are \[0.04\,\,{{m}^{3}}\] and 5 bar respectively, then its final temperature will be:
A.	\[-\,\,123{}^\circ C\]
B.	\[54{}^\circ C\]
C.	\[327{}^\circ C\]
D.	\[600{}^\circ C\]
Answer» D. \[600{}^\circ C\]

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An ideal gas with initial volume, pressure and temperature of \[0.1\,\,{{m}^{3}},\] 1 bar and \[27{}^\circ C\] respectively is compressed in a cylinder by a piston such that its final volume and pressure are \[0.04\,\,{{m}^{3}}\] and 5 bar respectively, then its final temperature will be:

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