Thermodynamics

A. deals with conversion of mass and energy
B. deals with reversibility and irreversibility of process
C. states that if two systems are both in equilibrium with a third system, they are in thermal equilibrium with each other
D. deals with heat engines
E. does not exist

A. heat exchange process
B. throttling process
C. isentropic process
D. adiabatic process
E. hyperbolic process

A. constant pressure
B. constant temperature
C. constant volume
D. constant entropy
E. N.T.P. condition

A. volume
B. pressure
C. temperature
D. enthalpy
E. entropy

A. 54°C
B. 327°C
C. 108°C
D. 654°C
E. 600°C

A. reversible process
B. isothermal process
C. adiabatic process
D. irreversible process
E. free expansion process

A. point functions
B. system properties
C. path functions
D. intensive properties
E. extensive properties

A. heat
B. work
C. kinetic energy
D. vdp
E. thermal conductivity

A. 21
B. 23
C. 25
D. 73
E. 79

A. closed system
B. open system
C. isolated system
D. heterogeneous system
E. thermodynamic system.