The distillation carried out in such a way that the liquid with the lowest boiling point is first evaporated and re-condensed, then the liquid with the next higher boiling point is then evaporated and re-condensed, and so on until all the available liquid fuels are separately recovered in the sequence of their boiling points. Such a process is called

Engineering Thermodynamics
The distillation carried out in such a way that the liquid with the lowest boiling point is first evaporated and re-condensed, then the liquid with the next higher boiling point is then evaporated and re-condensed, and so on until all the available liquid fuels are separately recovered in the sequence of their boiling points. Such a process is called

Full distillation

Cracking

Carbonisation

Fractional distillation

Full distillation

Cracking

Carbonisation

Fractional distillation

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Engineering Thermodynamics
A closed system is one in which

Both energy and mass cross the boundaries of the system

Mass does not cross boundaries of the system, though energy may do so

Neither mass nor energy crosses the boundaries of the system

Mass crosses the boundary but not the energy

Both energy and mass cross the boundaries of the system

Mass does not cross boundaries of the system, though energy may do so

Neither mass nor energy crosses the boundaries of the system

Mass crosses the boundary but not the energy

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Engineering Thermodynamics
Isochoric process is one in which

Free expansion takes place

Very little mechanical work is done by the system

No mechanical work is done by the system

All parameters remain constant

Free expansion takes place

Very little mechanical work is done by the system

No mechanical work is done by the system

All parameters remain constant

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Engineering Thermodynamics
A cycle consisting of two constant pressure and two isentropic processes is known as

Carnot cycle

None of the listed here

Stirling cycle

Otto cycle

Carnot cycle

None of the listed here

Stirling cycle

Otto cycle

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Engineering Thermodynamics
Change in enthalpy in a closed system is equal to heat transferred if the reversible process takes place at constant

Internal energy

Volume

Temperature

Pressure

Internal energy

Volume

Temperature

Pressure

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Engineering Thermodynamics
Charles' law states that all perfect gases change in volume by __________ of its original volume at 0°C for every 1°C change in temperature, when pressure remains constant.

1/93th

1/173th

1/273th

1/27th

1/93th

1/173th

1/273th

1/27th

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Engineering Thermodynamics

Engineering Thermodynamics A closed system is one in which

Engineering Thermodynamics Isochoric process is one in which

Engineering Thermodynamics A cycle consisting of two constant pressure and two isentropic processes is known as

Engineering Thermodynamics Change in enthalpy in a closed system is equal to heat transferred if the reversible process takes place at constant

Engineering Thermodynamics Charles' law states that all perfect gases change in volume by __________ of its original volume at 0°C for every 1°C change in temperature, when pressure remains constant.

Engineering Thermodynamics
A closed system is one in which

Engineering Thermodynamics
Isochoric process is one in which

Engineering Thermodynamics
A cycle consisting of two constant pressure and two isentropic processes is known as

Engineering Thermodynamics
Change in enthalpy in a closed system is equal to heat transferred if the reversible process takes place at constant

Engineering Thermodynamics
Charles' law states that all perfect gases change in volume by __________ of its original volume at 0°C for every 1°C change in temperature, when pressure remains constant.