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Basic Thermodynamics P1-

Total questions: 58

Worksheet time: 31mins

Name
Class
Date
1.

The total entropy of pure substances approaches zero as the absolute thermodynamic temperature approaches zero

a)

Third law of thermodynamics

b)

Zeroth Law

c)

First Law of Thermodynamics

d)

Second law of thermodynamics

2.

Is the series of two or more processes in which the final condition after the execution of the processes in the same as the initial conditions

a)

Process

b)

Cycle

c)

System

d)

Surrounding

3.

Energy cannot naturally move from realm of lower potential to realm of higher potential

a)


Third law of Thermodynamics

b)


Zeroth law

c)

First law of thermodynamics

d)

Second law of thermodynamics

4.

Energy can only be transformed from one form to another

a)

Third law of thermodynamics

b)

Zeroth law

c)

First law of thermodynamics

d)

Second law of thermodynamics

5.

Is the system given to the collection of matter under consideration enclosed within a boundary

a)

Open system

b)

System

c)

Surrounding

d)

Isolated system

6.

Is the region outside the boundary or the space and matter external to a system

a)

Open system

b)

System

c)

Surrounding

d)

Isolated system

7.

When a certain mass of fluid in a particular state passes through a series of processes and return to its initial state it undergoes a

a)


State

b)

Cycle

c)

Process

d)

System

8.

Is a system in which neither mass nor energy cross the boundaries and it is not influenced by the surroundings

a)

Open system

b)

System

c)


Surrounding

d)

Isolated system

9.

The ______of a substance describes how the substance exist and how it is identified by a certain observable thermodynamic properties

a)


State

b)


Cycle

c)

Process

d)

System

10.

Engine must operate between a hot and cold reservoir and energy has different levels of potential to do work

a)


First law of thermodynamics

b)

Second law of thermodynamics

c)

Third law of thermodynamics

d)

Zeroth law of thermodynamics

11.

_______are thermodynamic properties that are independent of the mass of the substance in the system example are these are temperature pressure density and voltage

a)

Intensive properties

b)


Thermodynamic properties

c)

Extensive properties

d)

Specific properties

12.

_______are properties that are considered for a unit mass and are intensive by definition. Examples of these are specific volume, specific internal energy or specific enthalpy

a)


Intensive properties

b)

Thermodynamic properties

c)

Extensive properties

d)

Specific properties

13.

______are all fixed when the thermodynamic state is fixed

a)


Intensive properties

b)

Thermodynamic properties

c)

Extensive properties

d)

Specific properties

14.

______our descriptive characteristics of the system used to compute the changes of energy that occur in a system or working. These are characteristic or attributes of matter which can be evaluated quantitatively.

a)

Thermodynamic properties

b)

Intensive properties

c)

Thermodynamic processes

d)

Extensive properties

15.

Example of this properties, total internal energy, our total enthalpy

a)

Thermodynamic properties

b)

Intensive properties

c)


Thermodynamic processes

d)

Extensive properties

16.

________ is the amount of moisture water vapor in the air.

a)


Humidity

b)


Pressure

c)

Density

d)

Volume

17.

Is a measure of the relative density of a substance as compared to the density of water at a standard temperature.

a)

Specific Gravity

b)


Specific Volume

c)

Specific Density

d)

Specific Properties

18.

_______is an indication or degree of hotness and coldness and therefore a measure of intensity of heat.

a)

Density

b)

Humidity

c)

Temperature

d)

Heat

19.

________ Is the temperature measured from absolute zero.

a)

Absolute Pressure

b)

Absolute Temperature

c)

Absolute Density

d)

Mass and Weight

20.

_________is the temperature at which the molecules stop moving.

a)

Absolute Zero

b)

Absolute Temperature

c)

Absolute Density

d)

Humidity

21.

_________is the difference between two temperature readings from the same scale and the change in temperature through which body is heated.

a)

Absolute Temperature

b)

Pressure

c)

Temperature

d)

Temperature Interval

22.

_______is the true pressure measured above a perfect vacuum

a)


Absolute Pressure

b)


Absolute Temperature

c)


Absolute Zero

d)


Temperature Interval

23.

_________is a pressure of the force exerted per unit area on the boundaries of a substance (or system).

a)


Temperature

b)

Mass

c)

Pressure

d)

Density

24.

_________is the pressure measured from the level of atmospheric pressure by most pressure recording instrument like pressure gauge and open ended manometer.

a)

Gage Pressure

b)

Atmospheric Pressure

c)


Pressure Scales

d)

Vacuum Pressure

25.

_________is the pressure obtained from barometric reading.

a)

Atmospheric Pressure

b)

Absolute Pressure

c)


Absolute Temperature

d)


Temperature Interval

26.

It is defined as the capacity of a system to perform work or produce heat.

a)


Energy

b)


Work

c)

Heat

d)

Internal energy

27.

This is the amount of heat added or removed to change phase between solid and liquid

a)


Latent heat of fusion

b)

Sensible heat

c)

Latent heat of vaporazation

d)

Latent heat

28.

A_______value indicates that work is done on the system by its surroundings.

a)

Negative

b)

Positive

c)

Zero

d)


Higher

29.

_______is the sum of the energies of all the molecules of a body or substance

a)

Work

b)

Energy

c)

Internal energy

d)


Heat

30.

The heat added to or remove from a substance to produce a change in its temperature is called_______?

a)

Latent heat of fusion

b)

Sensible heat

c)

Latent heat of vaporization

d)

Latent heat

31.

_______ is a form of energy, but it is energy in transit.

a)

Energy

b)


Specific heat

c)

Work

d)


Heat

32.

The unit for Cv ( specific heat at constant volume) is?

a)

kJ/kg

b)

kJ/kg*K

c)

kg/kJ*K

d)

kJ-K

33.

A______value for work indicates that work is done by the system on its surroundings.

a)


Zero

b)


Negative

c)

Positive

d)

Higher

34.

It is the amount of heat added to or removed from a substance to produce a change in phase

a)

Sensible heat

b)


Latent heat of fusion

c)

Latent heat

d)

Latent heat of vaporization

35.

The ratio of the heat (Q) added to a removed from a substance to the change in temperature (Delta T) produced is called the ______ of the substance.

a)

Sensible heat

b)

Latent heat

c)


Heat capacity

d)

Internal energy

36.

_____ is defined for mechanical systems as the action of a force on an object through a distance

a)

Energy

b)


Work

c)

Heat

d)


Specific heat

37.

Work is done _____the system when it is used to turn a turbine and thereby generate electricity in a turbine-generator.

a)


On

b)

To

c)


By

d)


From

38.

Work is done ______ the system when a pump is used to move the working fluid from one location to another.

a)


By

b)


To

c)

On

d)


From

39.

The _______in foot-bound-force is numerically equal to the product of the mass (m) in pound-mass times the height (z) in feet above some reference level.

a)

Specific heat

b)


Kinetic energy

c)


Internal energy

d)


Potential energy

40.

_____ Is defined as the energy of position

a)


Potential Energy

b)


Kinetic Energy

c)


Heat Energy

d)


Energy

41.

_______is the energy of motion

a)

Potential Energy

b)

Heat Energy

c)


Kinetic Energy

d)


Energy

42.

_________is work done by or to a non flow closed system during a reversible process without the flowing of working substance or through a moving boundary.

a)

Non-flow work

b)


Flow work

c)


Work

d)


Force

43.

________or flow energy is work done in pushing a fluid across boundary, usually into or out of the system.

This energy of work is applicable only for an open system in which flowing of a working substance is considered.

a)


Non-flow work

b)


Flow work

c)


Work

d)

Force

44.

Energy stored in a bonds of atoms and molecules. Batteries, biomass, petroleum, natural gas and coal are example of?

a)


Chemical energy

b)

Mechanical energy

c)


Nuclear energy

d)

Gravitational energy

45.

Energy stored in objects by tension. Compressed springs and stretch rubber bands are example of stored _______

a)


Chemical energy

b)

Mechanical energy

c)


Nuclear energy

d)


Gravitational energy

46.

Energy stored in the nucleus of an atom.

a)

Chemical energy

b)

Mechanical energy

c)

Nuclear energy

d)

Gravitational energy

47.

How many joules in one calorie

a)

4.185 Joules

b)

4.284 Joules

c)

4.184 Joules

d)
  1. 4.285 Joules

48.

Energy stored in an object height. The higher and heavier the object in the more ________ stored.

Hydropower is an example, where gravity force water down through a hydroelectric turbine to produce electricity.

a)

Chemical energy

b)

Mechanical energy

c)


Nuclear energy

d)

Gravitational energy

49.

Electromagnetic energy that travels in transverse wave.

It includes visible light, x-ray, gamma rays and radio waves.

a)

Electrical energy

b)

Motion energy

c)

Radiant energy

d)


Thermal energy

50.

Is energy stored in the movement of object. The faster they move the more energy is stored. Wind is an example of _______.

a)

Radiant energy

b)


Thermal energy

c)


Motion energy

d)


Sound

51.

Is the movement of energy through substance in longitudinal (compression/refraction) waves.

a)


Thermal energy

b)


Sound

c)


Electrical energy

d)


Motion energy

52.

Energy that comes from the movement of atoms and molecules in a substance

a)


Thermal energy

b)

Radiant energy

c)


Sound

d)


Electrical energy

53.

Is delivered by tiny charged particles called electrons, typically moving through a wire. Lightning is an example of _________ in nature.

a)

Radiant energy

b)

Motion energy

c)

Thermal energy

d)

Electrical energy

54.

Who is regarded as the father of thermodynamics?

(a)  

55.

Absolute temperature scale; English

(a)  

56.

Absolute temperature scale; SI

(a)  

57.

The latent heat of vaporization is sometimes called the _______.

a)


Latent heat of condensation

b)


Sensible heat

c)


Latent heat of fusion

d)


Heat capacity

58.

It is impossible to construct a heat pump that operates without an input of work

a)


Second law of thermodynamics

b)


Third law of thermodynamics

c)

Clausius statement

d)

Kelvin-Plank statement