One kilogram of steam is contained in a horizontal frictionless piston and the cylinder isheated at constant pressure of $1\mathrm{.}013$ bar from $125$ oC to such a temperature that the volumedoubles. If the amount of heat that must be added to accomplish this change is $260$ kJ$,$calculate the final temperature of the steam $($assume ideal gas law for now$),$ the work thesteam does against its surroundings, and the internal energy changes for the process. Includethe followings: $($a$)$ Drawing$/$labeling$,($b$)$ General energy balance equation $($c$)$ A list of theassumptions$/$findings $($d$)$ Simplified form of the energy balance equation, $($e$)$ Calculation procedure in detail.