THERMODYNAMICS (INTRODUCTION)

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THERMODYNAMICS (INTRODUCTION)


THERMODYNAMICS (INTRODUCTION)Versión en línea MODULAR EXAM por Grace Balahay 1 is something made up of molecules, sometimes atoms. Written answer 2 is homogenous in composition and homogenous and invariable in chemical aggregation Written answer 3 It is a region that one wishes to study, enclosed by specific boundaries, which may be imaginary, either fixed or moving Written answer 4 The region all about the system Written answer 5 is a physical or imaginary surface, enveloping the system and separating it from the surroundings. Written answer 6 Independent of the amount of matter in the substance or size of the system Written answer 7 Dependent tothe amount of matter in the substance or size of the system. Written answer 8 It relates heat and work transfers and the related changes in the properties of the Written answer 9 Thermodynamics is a branch of the physical sciences that deals with various energy-related phenomena and the Written answer 10 is a class of units consisting components from a fundamental set of units. Written answer 11 In this system, the units of length, mass and time are Centimeter, Gram and Second respectively. Written answer 12 Meter, Kilogram and Second respectively Written answer 13 In this system, the units of length, mass and time are Foot, Pound and Second respectively. Written answer 14 S.I. is the abbreviation of the French name Systeme Internationale (International system of units.) Written answer 15 Expressed in terms of Base Units Written answer 16 absolute quantity of matter in it. Written answer 17 force of gravity on the body Written answer 18 mass over volume Written answer 19 ratio of the fluid density to the density of water. Written answer 20 volume over mass Written answer 21 weight over volume Written answer 22 caused by the impact of its molecules on the walls of the container. Written answer 23 All our gas systems will involve enough molecules that the systems easily qualify as Written answer 24 reads difference of pressure called gage pressure Written answer 25 are used to measure atmospheric pressure. Written answer 26 is a standard technique for measuring pressure which involves the use of liquid columns in vertical or inclined tubes. Written answer 27 are pressure-measuring devices based on this technique. Written answer 28 A body immersed in a fluid is subjected to a buoyant (upward) force equal to the weight of the fluid displaced. Written answer 29 is directly proportional to the average translational kinetic energy of the molecules. Written answer 30 only has energy and does not have a temperature. It is the gas that has temperature, a macroscopic property Written answer 31 Absolute temperature on Fahrenheit scale Written answer 32 Absolute temperature on Celsius scale Written answer 33 When two bodies, isolated from the environment, are in thermal equilibrium with a third body, the two are in thermal equilibrium with each other. Written answer 34 When a certain mass of fluid in a particular state passes through a series of processes, and returns to its initial state, it undergoes a Written answer 35 Law of conservation of mass states that mass is indestructible. Written answer 36 A heat reservoir is a thermodynamic system that generally serves as a heat source or heat sink for another system. Written answer 37 is a thermodynamic system that operates continuously with only energy (heat and work) crossing its boundaries; its boundaries are impervious to the flow of mass. Written answer 38 is one that is impervious to heat (perfect insulation). Written answer 39 A process that occurs within a system enveloped by an adiabatic surface is called an Written answer

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THERMODYNAMICS (INTRODUCTION)Versión en línea

por Grace Balahay

is something made up of molecules, sometimes atoms.

is homogenous in composition and homogenous and invariable in chemical aggregation

It is a region that one wishes to study, enclosed by specific boundaries, which may be imaginary, either fixed or moving

The region all about the system

is a physical or imaginary surface, enveloping the system and separating it from the surroundings.

Independent of the amount of matter in the substance or size of the system

Dependent tothe amount of matter in the substance or size of the system.

It relates heat and work transfers and the related changes in the properties of the

Thermodynamics is a branch of the physical sciences that deals with various energy-related phenomena and the

is a class of units consisting components from a fundamental set of units.

In this system, the units of length, mass and time are Centimeter, Gram and Second respectively.

Meter, Kilogram and Second respectively

In this system, the units of length, mass and time are Foot, Pound and Second respectively.

S.I. is the abbreviation of the French name Systeme Internationale (International system of units.)

Expressed in terms of Base Units

absolute quantity of matter in it.

force of gravity on the body

mass over volume

ratio of the fluid density to the density of water.

volume over mass

weight over volume

caused by the impact of its molecules on the walls of the container.

All our gas systems will involve enough molecules that the systems easily qualify as

reads difference of pressure called gage pressure

are used to measure atmospheric pressure.

is a standard technique for measuring pressure which involves the use of liquid columns in vertical or inclined tubes.

are pressure-measuring devices based on this technique.

A body immersed in a fluid is subjected to a buoyant (upward) force equal to the weight of the fluid displaced.

is directly proportional to the average translational kinetic energy of the molecules.

only has energy and does not have a temperature. It is the gas that has temperature, a macroscopic property

Absolute temperature on Fahrenheit scale

Absolute temperature on Celsius scale

When two bodies, isolated from the environment, are in thermal equilibrium with a third body, the two are in thermal equilibrium with each other.

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

Law of conservation of mass states that mass is indestructible.

A heat reservoir is a thermodynamic system that generally serves as a heat source or heat sink for another system.

is a thermodynamic system that operates continuously with only energy (heat and work) crossing its boundaries; its boundaries are impervious to the flow of mass.

is one that is impervious to heat (perfect insulation).

A process that occurs within a system enveloped by an adiabatic surface is called an