Consider the beaker shown below with CCl 4 , in the bottom The CCI 4 , evaporates into pure air. Use a steady-state model. Model gases as ideal. Assume equilibrium at the interface. Raoult's law can...

Consider the beaker shown below with CCl₄, in the bottom

The CCI₄, evaporates into pure air. Use a steady-state model. Model gases as ideal. Assume equilibrium at the interface. Raoult's law can be used for the equilibrium model. The vapor pressure of CCI₄, is 50 mm Hg at the temperature of the system. The total pressure is 1 am. The diffusion coefficient of CCI₄
in air is 0.1 cm²/s

Find the rate of evaporation.