What is molar concentration $(c_A),$ partial pressure $(P_A),$ molar fraction and for gas: $($:$y_A\},$ volume fraction $(C_A^{**})$ and partition coefficient $(\frac{O}{{?}_{A12}})?$

At phase equilibrium, $(c_A{)}_2=\frac{O}{{?}_{A_{--}}}(c_A{)}_1$

Based on the above concepts and Henry's law $($note the difference between $\frac{O}{{?}_A}$ and $\frac{O}{{?}_{A12}}),$ practice examples $12\mathrm{.}1\mathrm{.}1$ and $12\mathrm{.}2\mathrm{.}1\mathrm{.}1$ in lecture slides.

Overall mass transfer within a single phase may include and mechanism?

What is the driving force for diffusion in a single phase?

What will be the limiting factor for a multi$-$process mass transfer?

Possible Hemoglobin and oxygen ratio in blood? What is the maximum ratio in a $S_{\text{h}\text{b}\text{O}22}?$

What is the rate of formation of $C$ in the following reaction? What is the relationship between $R_A,R_B,$ and $R_C?$

$4A+Blongleftrightarro{w}^{k_f,k_r}2C$

What is the difference between passive and active mass transfer? Carrier$-$mediated mass transfer is passive or active?

Recognize Lineweaver$-$Burk plots for enzymatic reaction with $($competitive vs noncompetitive$)$ and without inhibitions, respectively. Know how to calculate associated constants such as $K_m,V_{\text{m}\text{a}\text{x}},K_i,$ etc.

How can $V_{\text{m}\text{a}\text{x}}$ be obtained from experimental data? $($hint: substrate concentration$)$

Find the dissolved and bound $O_2$ in blood at $P_{O2}=40mmHg,pH=7\mathrm{.}2$ and the blood has a hemoglobin concentration of $10\frac{g}{d}l.$ The Bunsen solubility coefficient $({}^{**})$ for oxygen is $0\mathrm{.}003mL\frac{O_2}{?}($dL blood $mmHg).$ Calculate the ratio of dissolved oxygen vs total oxygen.

A polycarbonate membrane has a surface area of $1m^2$ and an overall mass transfer coefficient $($permeability$)$ for $O_2$ of $2{10}^{-3}c\frac{m}{s}.$ The partial coefficient for oxygen $,$ plasma,membrane