consider a two$-$layer wall is made up of two metal plates pressed together and an average pressure of $10$ mpa the wall is $1\mathrm{.}6$ m wired at $2$ m highthe first layer is stainless steel played with a thickness of two on a mm and a thermal conductivity of $14$ w$/$m$.$k $.$ the second layer is an aluminum play for the thickness of $100$ mm in a thermal conductivity of $237$ W$/$mk on the stainless steel side of the wall the surface experience convection heat transfer of $800$w$/$m$2$k and a temperature of $80\backslash$deg c $.$on the aluminum side of the wall the surface experiences convection heat transfer at a temperature of $60\backslash$deg C where the convection coefficient is $100$W$/$m$2$K

a $)$determine the heat transfer rate state all assumptions

B$)$ determine the outer surface temperature of the aluminum plate

c$)$ without calculating common which of the world would you expect to see a lot of drop$-$in temperature across its thickness

d$)$

the Express the heat Flux boundary conditions for the problem mentioned