By increasing the temperature source of Carnot cycle, which of the following will not be affected?

By decreasing the temperature sink of Carnot cycle, which of the following will not be affected?

By superheating the refrigerant in vapor compression cycle with useful cooling, which of the following will increase? (use per unit mass analysis)

By superheating the refrigerant in vapor compression cycle with useful cooling, which of the following will decrease? (use per unit mass analysis)

By superheating the refrigerant in vapor compression cycle without useful cooling, which of the following will decrease? (use per unit mass analysis)

By superheating the refrigerant in vapor compression cycle without useful cooling, which of the following will increase? (use per unit mass analysis)

By superheating the refrigerant in vapor compression cycle without useful cooling, which of the following will not be affected? (use per unit mass analysis)

By sub-cooling the refrigerant in vapor compression cycle at condenser exit, which of the following will increase? (use per unit mass analysis)

By sub-cooling the refrigerant in vapor compression cycle at condenser exit, which of the following will decrease? (use per unit mass analysis)

By increasing the vaporizing temperature in vapor compression cycle, which of the following will increase? (Use per unit mass analysis)

By increasing the vaporizing temperature in vapor compression cycle, which of the following will decrease? (Use per unit mass analysis)

By increasing the condenser pressure in vapor compression cycle, which of the following will increase? (Use per unit mass analysis)

If the pressure drop in the condenser Increases in a vapor compression cycle, which of the following will increase? (Use per unit mass analysis)

If the pressure drop in the condenser increases in a vapor compression cycle, which of the following will decrease? (Use per unit mass analysis)

If the pressure drop in the condenser increases in a vapor compression cycle, which of the following will not be affected? (Use per unit mass analysis)

If the pressure drop in the evaporator increases in a vapor compression cycle, which of the following will increase? (Use per unit mass analysis)

If the pressure drop in the evaporator increases in a vapor compression cycle, which of the following will decrease? (Use per unit mass analysis)

By lowering the condenser pressure in Rankine cycle, which of the following will decrease? (Use per unit mass analysis)

By increasing the boiler pressure in Rankine cycle, which of the following will decrease? (Use per unit mass analysis)

By superheating the steam to a higher temperature in Rankine cycle, which of the following will decrease? (Use per unit mass analysis)

By superheating the steam to a higher temperature in Rankine cycle, which of the following will increase? (Use per unit mass analysis)

By reheating the steam before entering the second stage in Rankine cycle, which of the following will decrease?

When Rankine cycle is modified with regeneration, which of the following will increase?

Is the combination of base load and peaking load.

Sum of the maximum demand over the simultaneous maximum demand.

Regenerative with feed heating cycle with infinite number of feedwater heaters thus efficiency is equal to:

A type of turbine used in desalination of sea water.

States that when conductor and magnetic field move relatively to each other, an electric voltage is induced in the conductor.

Transfers heat directly to electrical energy by utilizing thermionic emissions.

Is the largest group of coal containing 46-86% of fixed carbon and 20 to 40% volatile matter.

When 1 gram of coal is subjected to a temperature of about 105⁰C for a period of 1 hour, the loss in weight of the sample gives the:

When 1 gram of sample of coal is placed in a crucible and heated 950⁰C and maintain at that temperature for 7 minutes there is a loss in weight due to elimination of:

Consist of hydrogen and certain hydrogen carbon compounds which can be removed from coal by heating.

By heating 1 gram of coal in an uncovered crucible until the coal is completely burned, the __ will formed.

Caking coal are used to produce coke by heating in a coke oven in the absence of __ with volatile matter driven off.

Grindability of standard coal is

Major constituent of all natural gases is

Two types of fans are:

Enthalpy of substance at specified state due to chemical composition.

A type of boiler used for duper critical pressure operation.

Economizer in a water tube boiler is heated by:

Receives heat partly by convection and partly by radiation.

Regenerative superheater is a storage type of heat exchangers have an energy storage medium called.

Stirling cycle uses a ____ as working fluids.

In Striling process, the heat is added during

Brayton cycle is known as

It is applied to propulsion of vehicle because of certain practical characteristics.

Heat exchangers typically involve

A device that is used to convert the heat to work is called

The objective of a heat pump is to maintain a heated space at

A device that violates the second law of thermodynamics is called

A process is called _____ if no irreversibilities occur outside the system boundaries during the process.

An energy interaction which is not accompanied by entropy transfer is

A _____ is used in aircraft engines and some automotive engine. In this method, a turbine driven by the exhaust gases is used to provide power to compressor or blower at the inlet.

The only device where the changes in kinetic energy are significant are the

The distance between TDC and BDC in which the piston can travel is the

In compression-engine the combustion of air-fuel mixture is self-ignited as a result of compressing the mixture above its

The thermal efficiency of an ideal Otto cycle depends _______ of the working fluid.

Using monoatomic gas, the thermal efficiency of Otto cycle

In diesel engine, combustion process during combustion occurs during

If the cutoff ratio decreases, the efficiency of diesel cycle

If Erickson cycle , the regeneration process occur during ______ process.

In Brayton cycle, the ____ during constant pressure process.

The two major application areas of gas turbine engines are

The use of regenerator in is recommended only when the turbine exhaust temperature is higher than the compressor.

As the number of stages is increased, the expansion process becomes

Aircraft gas turbines operate at higher pressure ratio typically between

The first commercial high-pass ratio engines has a bypass ratio of

The single-stage expansion process of an ideal brayton cycle without regeneration is replace by a multistage expansion process with reheating between the same pressure limits. As a result of modification, thermal efficiency will:

Which of the following is/are the application of Brayton cycle

It used as working fluid in high-temperature application of vapor cycle?

The superheat vapor enters the turbine and expands isentropically and produces work by the rating shaft. The _________ may drop, during the process.

Only________ of the turbine work output is required to operate the pump

After passing through a convergent-divergent nozzle the density of air will:

After passing through a convergent-divergent nozzle the mach number of air will: