Answer with True or False and correct the false statements.

a$)$ The total change in entropy is positive or zero.

b$)$ The total quantity of energy is constant.

c$)$ Statistical $($Molecular$)$ Thermodynamics deals with bulk matter.

d$)$ For a closed system, there is no mass or energy transfer.

e$)$ The reversible process yields the minimum work input required or maximum work output attainable from a specified process.

f$)$ Equations of State $($EoS$)$ are PVT relationships.

g$)$ For Equations of State, mixing rules should be used to obtain mixture properties from the pure component values.

h$)$ The acentric factor $()$ is a property of the pure substance.

i$)$ Three parameter corresponding states correlation states that all fluids having the same value of $,$ when compared at the same $T_r$ and $P_r$ have approximately the same value of $Z,$ and all deviate from ideal$-$gas behavior to about the same degree.

j$)$ For incompressible liquid, volume changes with temperature and not pressure.

k$)$ We can evaluate all other thermodynamic properties by knowing G$/$RT as function of $P$ and $T.$

The residual property is the difference between the actual property and the property assuming ideal gas behavior at the same conditions.

m$)$ In an equilibrium state, there could be unbalanced potentials or driving forces within the system.

n$)$ A system in equilibrium experiences no changes when it is isolated from its surroundings.

o$)$ For a mixture, phase equilibrium is a function of temperature and pressure only.

p$)$ For vapor$/$liquid equilibrium, at the molecular level, molecules cross the interface from vapor to liquid and vice versa at different rates.