Thermodynamics (81-90)

A.

50%

B.

55%

C.

57%

D.

64%

E.

100%

A.

Rankine cycle

B.

Carnot cycle

C.

Otto cycle

D.

Brayton cycle

E.

Erricson cycle

A.

Internal energy

B.

Enthalpy

C.

Generalized displacements

D.

All the above together

E.

None of the above

A.

A unit of area

B.

A unit of length

C.

A unit of time

D.

A unit of mass

E.

None of the above

A.

Two isothermal and two adiabatic processes

B.

Two adiabatic and two isentropic processes

C.

Two adiabatic and two constant pressure processes

D.

Two constant volume and two constant pressure processes

E.

Two isothermal and two constant volume processes

A.

Two adiabatic and two constant volume

B.

One constant volume one constant pressure and two isentropics

C.

Two adiabatics and two isothermals

D.

Two constant volume and two isothermals

E.

Two isothermals and two isentropics

A.

Two isentropics and two constant volume

B.

Two isentropics and two constant pressure

C.

One constant pressure, one constant volume, two adiabatics

D.

Two isothermals constant volume a constant pressure

E.

Two isothermals and two isentropics

A.

Two isentropics and two constant volumes

B.

Two isentropics and two constant pressure

C.

Two adiabatic and two isothermal

D.

Two isothermal and two constant volume

E.

Two isothermal and two constant pressure

A.

Isentropic, isothermal, constant volume, constant pressure

B.

Two constant volume, one constant pressure, one isothermal

C.

Two isentropic, one constant volume one constant pressure

D.

Two constant pressure, one constant volume, one isentropic

E.

Two isentropic and two isothermal

A.

Two isothermals and two constant pressures

B.

Two isothermals and two constant volumes

C.

Two isothermals and two isentropics

D.

Two isothermals and two isentropics

E.

Two adiabatic, constant volume and constant pressure