Answer
334 K
Work Step by Step
We find:
$\frac{T_1^{\gamma}}{p_1^{\gamma-1}}=\frac{T_2^{\gamma}}{p_2^{\gamma-1}}$
Simplifying this equation, it follows:
$T_2=\sqrt[1.3] {\frac{T_1^{\gamma}(p_2^{\gamma-1})}{p_1^{\gamma-1}}}$
$T_2=\sqrt[1.3] {\frac{273^{1.3}(240^{.3})}{100^{.3}}}=334K$
