Hand written solution required

Problem 1: Find the equilibrium temperature attained by a porous surface soaked in Benzene. Assume that the porous material is facing downwards. The surrounding air, at pressure p = 101.325 kPa and temperature 310 K, is devoid of benzene. The porous surface is inside a room whose walls are at 310 K. The emissivity of the porous surface is 1.0. The vapor pressure of benzene is given by 39.165 _ V ._ 103.0(1)) _ 0.14091 T_ 261.236, ( 1) where P is in bar, and T is in K. The latent heat of vaporization at 298 K is 434 kJ/kg. The molecular mass of toluene is 78.11 kg/kmei, critical temperature and pressure are 562 K and 4.89 MPa respectively