How much energy $($in calories$)$ is required to change the temperature of $27\mathrm{.}2$gCu from $27\mathrm{.}0C$ to $88\mathrm{.}1C?$ The specific heat capacity of copper is $0\mathrm{.}385\frac{J}{g}*C.$ Be careful with your units of energy. A$.53\mathrm{.}3$ cal B$.153$ cal C$.174$cal D$.121$cal E$.815$cal How much energy $($in calories$)$ is required to change the temperature of $27\mathrm{.}2$gCu from $27\mathrm{.}0C$ to $88\mathrm{.}1C?$ The specific heat capacity of copper is $0\mathrm{.}385\frac{J}{g}*C.$ Be careful with your units of energy. A$.53\mathrm{.}3$ cal B$.153$ cal C$.$