Parameters are missing. Thermodynamic Relations, Ideal and Real Gases

You may be Loooking for

Notifications
Mark All As Read

You have to be logged in for this features
Just now

View All
Guest

Please log in

Login

IOE-BOOSTER

IOE

Questions
Todays Tutorials
Previous Tutorials
Asked Questions
Learning By playing
GAMES
Exams From
Todays Pick Studied question yet
Exam Results
Results
My Plans
My Plans

Ask Question

Ask Mcqs

Guest
You need to login to ask any Questions from chapter of

Chapter:

6. A ____ is completely homogeneous and uniform state of matter

Property State Phase None of the mentioned

Phase

State of a system gives condition of a system as specified by its properties.

Hint Answer

7. A compound may consists of ___ phase.

Only one Only two Not more than two One or more than one

One or more than one

A compound may consists of one or more than one phase.

Hint Answer

8. Mercury and water (Immiscible) in a same container would represent two different phases.
The statement is

Correct Incorrect Can`t say None of the mentioned

Correct

A compound may consists of one or more than one phase.

Hint Answer

9. Incorrect equation for an ideal is

PV = nRT Pv = RT PM = ρRT None of the mentioned

None of the mentioned

All three are correct as a & b are ideal gas law and c is in form of density.

Hint Answer

10. For an ideal gas, specific molar volume of gas is doubled n pressure would be (Or parameters are same)

Same as before Double Half None of the mentioned

Half

Pressure and specific volumes are inversely proportional.

Hint Answer

11. Specific molar volume for an ideal gas is

Volume per mass Volume per molecular weight Volume per mole None of the mentioned

Volume per mole

Specific molar volume for an ideal gas is Volume per mole.

Hint Answer

12. The inverse of molar volume is

Molar density Mole fraction Molar specific volume None of the mentioned

Molar density

The inverse of molar volume is Molar density (V/n).

Hint Answer

13. For universal gas constant, (cm3)(atm)/(K)(g mole) is an appropriate unit.
The given statement is

Correct Incorrect Can`t say None of the mentioned

Correct

Gas constant = R = PV/nT.

Hint Answer

14. For an ideal gas, incorrect statement is

Molecules do not occupy any space No attractive force exist between the molecules The gas molecules move in random, straight line motion None of the mentioned

None of the mentioned

Conditions for a gas to behave as predicated by ideal gas law.

Hint Answer

15. Correct statement is

Gases at low pressure or high temperature behave as an ideal gas Gases at high pressure or low temperature behave as an ideal gas Gases at high density behave as an ideal gas None of the mentioned

Gases at low pressure or high temperature behave as an ideal gas

Gases at low pressure or high temperature behave as an ideal gas.

Hint Answer

Previous

Nexttt

All Chapters

View all Chapter and number of question available From each chapter from

Steam Generators

Steam Generators

Boiler Mountings and Accessories

Boiler Mountings and Accessories

Draught , Steam Generators Performance

Draught & Steam Generators Performance

Steam Nozzles

Steam Turbines

Steam Condensers

Steam Condensers

Reciprocating Steam Engine

Reciprocating Steam Engine

Fluidized Bed Boilers

Fluidized Bed Boilers

Internal Combustion Engines

Internal Combustion Engines

Gas Power Cycles

Gas Power Cycles

Air Compressors

Air Compressors

Refrigeration

Air-Conditioning

Air-Conditioning

Heat Transfer

Basic Steam Power Cycles

Basic Steam Power Cycles

Compound Steam Engine, Thermodynamics Laws and Kinetic Theory of Gases

Compound Steam Engine, Thermodynamics Laws and Kinetic Theory of Gases

Properties of Pure Substances

Properties of Pure Substances

Thermodynamic Relations, Ideal and Real Gases

Thermodynamic Relations, Ideal and Real Gases

Psychometrics

Gas Turbines and Jet Propulsions , Non-Conventional Power Generation

Gas Turbines and Jet Propulsions & Non-Conventional Power Generation

Heat and Mass Transfer, Availability and Irreversibility

Heat and Mass Transfer, Availability and Irreversibility

Fuels and Combustion

Fuels and Combustion

Dimensional and Modal Analysis, Flow through Circular Conduits

Dimensional and Modal Analysis, Flow through Circular Conduits

Pumps, Condensers and Kinematics of Flow

Pumps, Condensers and Kinematics of Flow

Evaporators , Expansion Valves

Evaporators & Expansion Valves

Steam Generators

Steam Generators

Boiler Mountings and Accessories

Boiler Mountings and Accessories

Draught ,Steam Generators Performance

Draught & Steam Generators Performance

Steam Nozzles

Steam Turbines

Steam Condensers

Steam Condensers

Reciprocating Steam Engine

Reciprocating Steam Engine

Fluidized Bed Boilers

Fluidized Bed Boilers

Internal Combustion Engines

Internal Combustion Engines

Gas Power Cycles

Gas Power Cycles

Air Compressors

Air Compressors

Refrigeration

Air-Conditioning

Air-Conditioning

Heat Transfer

Basic Steam Power Cycles

Basic Steam Power Cycles

Compound Steam Engine, Thermodynamics Laws and Kinetic Theory of Gases

Compound Steam Engine, Thermodynamics Laws and Kinetic Theory of Gases

Properties of Pure Substances

Properties of Pure Substances

Thermodynamic Relations, Ideal and Real Gases

Thermodynamic Relations, Ideal and Real Gases

Psychometrics

Gas Turbines and Jet Propulsions , Non-Conventional Power Generation

Gas Turbines and Jet Propulsions & Non-Conventional Power Generation

Heat and Mass Transfer, Availability and Irreversibility

Heat and Mass Transfer, Availability and Irreversibility

Fuels and Combustion

Fuels and Combustion

Dimensional and Modal Analysis, Flow through Circular Conduits

Dimensional and Modal Analysis, Flow through Circular Conduits

Pumps, Condensers and Kinematics of Flow

Pumps, Condensers and Kinematics of Flow

Evaporators ,Expansion Valves

Evaporators & Expansion Valves

Topics

This Chapter consists of the following topics

Thermodynamic Relations

Ideal and Real Gases

A ____ is completely homogeneous and uniform state of matter

A compound may consists of ___ phase.

Mercury and water (Immiscible) in a same container would represent two different phases.
The statement is

Incorrect equation for an ideal is

For an ideal gas, specific molar volume of gas is doubled n pressure would be (Or parameters are same)

Specific molar volume for an ideal gas is

The inverse of molar volume is

For universal gas constant, (cm3)(atm)/(K)(g mole) is an appropriate unit.
The given statement is

For an ideal gas, incorrect statement is

Correct statement is

Info Message