Question 1

The absolute thermodynamic temperature scale is also known as

Accepted Answer

A) celsius scale 
B) kelvin scale 
C) fahrenheit scale 
D) none of the mentioned 
A) celsius scale 
B) kelvin scale 
C) fahrenheit scale 
D) none of the mentioned

Question 2

A definite zero point___________on the absolute temperature scale but this point___________be reached___________violation of the second law.

Accepted Answer

A) doesnot, can, without 
B) exists, cannot, without 
C) exists, can, with 
D) none of the mentioned 
A) doesnot, can, without 
B) exists, cannot, without 
C) exists, can, with 
D) none of the mentioned

Question 3

Which of the following statement is true?

Accepted Answer

A) dew point temperature is the temperature at which water vapour starts condensing 
B) dry bulb temperature is recorded by thermometer with dry bulb 
C) wet bulb temperature is recorded by thermometer when bulb is covered with a cotton wick which is saturated with water 
D) all of the mentioned 
A) dew point temperature is the temperature at which water vapour starts condensing 
B) dry bulb temperature is recorded by thermometer with dry bulb 
C) wet bulb temperature is recorded by thermometer when bulb is covered with a cotton wick which is saturated with water 
D) all of the mentioned

Question 4

When two equilibrium states are infinitesimally near,

Accepted Answer

A) dq/t=ds B) dq/t>ds C) dq/tds C) dq/t

Question 5

The greater the temperature, the___________is the vapour pressure.

Accepted Answer

A) lower 
B) higher 
C) depends on the substance 
D) none of the mentioned 
A) lower 
B) higher 
C) depends on the substance 
D) none of the mentioned

The absolute thermodynamic temperature scale is also known as

A definite zero point_____on the absolute temperature scale but this point_be reached_______violation of the second law.

Which of the following statement is true?

When two equilibrium states are infinitesimally near,

The greater the temperature, the___________is the vapour pressure.

Thermodynamics and Properties of Systems

Thermodynamics: Concepts and Laws

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 the Second Law: Efficiency, Entropy, and Exergy

Thermodynamics and Gas Properties

Filters

Exam 18: Thermodynamics and Temperature Scales

The absolute thermodynamic temperature scale is also known as

A definite zero point___________on the absolute temperature scale but this point___________be reached___________violation of the second law.

Which of the following statement is true?

When two equilibrium states are infinitesimally near,

The greater the temperature, the___________is the vapour pressure.

Thermodynamics and Properties of Systems

Thermodynamics: Concepts and Laws

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 the Second Law: Efficiency, Entropy, and Exergy

Thermodynamics and Gas Properties

Filters

A definite zero point_____on the absolute temperature scale but this point_be reached_______violation of the second law.