5. Suppose that the growth rate of a microorganism can be expressed as the following equation: r_{x}=\mu_{max}[1-exp(-C_{s}/K_{s}]C_{x} Where \mu_{max}=1.365~hr^{-1} and K_{S}=6.8g/L The cell yield Y_{X/S} found to be 0.45. a) If you cultivate this microorganism in a 10 L CSTF with the flow rate of 2.8 L/hr, what will be the steady-state cell concentration of the outlet stream