$($d$)$ Methonol $(C{H}_{3}OH)$ is oxidized to form acezaldelyde by following reactia:

$2C{H}_{3}OH()+\frac{1}{2}{O}_2()longrightarrow{C}_2{H}_{4}O()+2H_{2}O()$

The feed to the reacto catains $180mo\frac{l}{s}C{H}_{3}OH$ at $300C$ and $1$atm pressure. The caversion of $C{H}_{3}OH$ in the reactor is $60\%.$ The $O_{2}300C$ and $1$atm pressure is ged to the reacter $25\%$ excess. All species lealing the reactor are at $1$ atm pressure. The heat loss from the reacto is $7000kW.$ Calculate the temperature of the outlet streon. leaing the reactor.

$C_{p{O}_2(g)}=0,0291k\frac{J}{m}ol*K$

$C_p{C}_2{H}_{4}O(g)=0,04690k\frac{J}{m}ol*K$

$C_{P{H}_{2}O}=0,03346k\frac{J}{m}ol*K$

$C_{PC{H}_{3}OH}=0,04075k\frac{J}{m}ol*K$