Question 1

On which of the following laws measurement of temperature is based?

Accepted Answer

A) joule's law 
B) zeroth law of thermodynamics 
C) first law of thermodynamics 
D) second law of thermodynamics 
A) joule's law 
B) zeroth law of thermodynamics 
C) first law of thermodynamics 
D) second law of thermodynamics

Question 2

Thermodynamic equillibrium is completely defined by the specification of

Accepted Answer

A) generalised displacements 
B) internal energy 
C) enthalpy 
D) all of the above 
A) generalised displacements 
B) internal energy 
C) enthalpy 
D) all of the above

Question 3

………. Is not a property of the system

Accepted Answer

A) pressure 
B) temperature 
C) heat 
D) specific volume 
A) pressure 
B) temperature 
C) heat 
D) specific volume

Question 4

Which one of the following processes or systems does not involve heat

Accepted Answer

A) steady processes 
B) isothermal processes 
C) adiabatic processes 
D) thermal processes 
A) steady processes 
B) isothermal processes 
C) adiabatic processes 
D) thermal processes

Question 5

……….. Is an intensive property

Accepted Answer

A) specific volume 
B) total volume 
C) total mass 
D) total energy of a system 
A) specific volume 
B) total volume 
C) total mass 
D) total energy of a system

On which of the following laws measurement of temperature is based?

Thermodynamic equillibrium is completely defined by the specification of

………. Is not a property of the system

Which one of the following processes or systems does not involve heat

……….. Is an intensive property

Thermodynamics and Properties of Systems

Thermodynamics and Entropy

Thermodynamics Laws, Processes, and Efficiency

Gas Laws and Thermodynamics

Thermodynamics and Gas Laws

Thermodynamics

Steam Power Plant and Rankine Cycle

Thermodynamics and Rankine Cycle

Energy and Thermodynamics

Concepts of Heat Transfer, Irreversibility, and Thermodynamic Properties

Thermodynamics and Heat Transfer

Thermodynamics and Entropy Principles

Thermodynamics and Properties of Substances

Rankine Cycle and Properties of Steam

Gas Laws and Properties

Thermodynamics and Gas Mixtures: Equations, Properties, and Applications

Thermodynamics and Temperature Scales

Thermodynamics and the Second Law: Efficiency, Entropy, and Exergy

Thermodynamics and Gas Properties

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Exam 2: Thermodynamics: Concepts and Laws

On which of the following laws measurement of temperature is based?

Thermodynamic equillibrium is completely defined by the specification of

………. Is not a property of the system

Which one of the following processes or systems does not involve heat

……….. Is an intensive property

Thermodynamics and Properties of Systems

Thermodynamics and Entropy

Thermodynamics Laws, Processes, and Efficiency

Gas Laws and Thermodynamics

Thermodynamics and Gas Laws

Thermodynamics

Steam Power Plant and Rankine Cycle

Thermodynamics and Rankine Cycle

Energy and Thermodynamics

Concepts of Heat Transfer, Irreversibility, and Thermodynamic Properties

Thermodynamics and Heat Transfer

Thermodynamics and Entropy Principles

Thermodynamics and Properties of Substances

Rankine Cycle and Properties of Steam

Gas Laws and Properties

Thermodynamics and Gas Mixtures: Equations, Properties, and Applications

Thermodynamics and Temperature Scales

Thermodynamics and the Second Law: Efficiency, Entropy, and Exergy

Thermodynamics and Gas Properties

Filters