THERMODYNAMICS (RADIATION)

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FINAL EXAMINATION

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Grace Balahay

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THERMODYNAMICS (RADIATION)Versión en línea FINAL EXAMINATION por Grace Balahay 1 is transported through electromagnetic mechanism, which allows energy emission through regions of space, similar in nature as light and radio waves. Written answer 2 it is the energy flow impinging per unit time and unit area at the interface, denoted by I. Written answer 3 it is the energy leaving the interface back into the medium 1. Written answer 4 the ratio of the reflected to the incident radiation Written answer 5 it is the energy absorbed while the in medium 2. Written answer 6 the ratio of the absorbed to the incident radiation Written answer 7 it is the radiant energy leaving medium 2 somewhere through its surfaces. Written answer 8 the ratio of the transmitted to the incident radation Written answer 9 it is the radiative energy flux that travel through the interface into medium 1 in a direction opposite the incident radiation Written answer 10 it is the total radiant energy leaving a unit of surface area per unit time, emitted and reflected energy. Written answer 11 it is the total radiation energy incident upon a unit of surface area per unit time Written answer 12 it is the total emitted thermal radiation leaving a unit of black body surface area per unit of time, reflected energy not included Written answer 13 not constant property but usually it varies with the temperature and wavelength of the radiating body Written answer 14 absorptivity and the emissivity of a body are the same when the body is in thermal equilibrium with its surroundings Written answer 15 states that the amount of radiation from a block body is proportional to the fourth power of the absolute temperature Written answer 16 indicates the maximum level in the planck's distribution of thermal radiation Written answer 17 is defined as the fraction of thermal radiation that leaves a surface and intercepted by another surface Written answer 18 also called as gray body is technically defined as that the monochromatic emissivity ελ of the body is independent of wavelength. Written answer 19 is the ratio of the monochromatic emissive powers of a body to the blackbody at certain wavelength and temperature. Written answer

THERMODYNAMICS (RADIATION)Versión en línea

FINAL EXAMINATION

por Grace Balahay

is transported through electromagnetic mechanism, which allows energy emission through regions of space, similar in nature as light and radio waves.

Written answer

it is the energy flow impinging per unit time and unit area at the interface, denoted by I.

Written answer

it is the energy leaving the interface back into the medium 1.

Written answer

the ratio of the reflected to the incident radiation

Written answer

it is the energy absorbed while the in medium 2.

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THERMODYNAMICS (RADIATION)

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THERMODYNAMICS (RADIATION)Versión en línea

por Grace Balahay

is transported through electromagnetic mechanism, which allows energy emission through regions of space, similar in nature as light and radio waves.

it is the energy flow impinging per unit time and unit area at the interface, denoted by I.

it is the energy leaving the interface back into the medium 1.

the ratio of the reflected to the incident radiation

it is the energy absorbed while the in medium 2.

the ratio of the absorbed to the incident radiation

it is the radiant energy leaving medium 2 somewhere through its surfaces.

the ratio of the transmitted to the incident radation

it is the radiative energy flux that travel through the interface into medium 1 in a direction opposite the incident radiation

it is the total radiant energy leaving a unit of surface area per unit time, emitted and reflected energy.

it is the total radiation energy incident upon a unit of surface area per unit time

it is the total emitted thermal radiation leaving a unit of black body surface area per unit of time, reflected energy not included

not constant property but usually it varies with the temperature and wavelength of the radiating body

absorptivity and the emissivity of a body are the same when the body is in thermal equilibrium with its surroundings

states that the amount of radiation from a block body is proportional to the fourth power of the absolute temperature

indicates the maximum level in the planck's distribution of thermal radiation

is defined as the fraction of thermal radiation that leaves a surface and intercepted by another surface

also called as gray body is technically defined as that the monochromatic emissivity ελ of the body is independent of wavelength.

is the ratio of the monochromatic emissive powers of a body to the blackbody at certain wavelength and temperature.