THERMODYNAMICS (CONDUCTION AND CONVECTION)

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FINAL EXAMINATION

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Grace Balahay

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THERMODYNAMICS (CONDUCTION AND CONVECTION)Versión en línea FINAL EXAMINATION por Grace Balahay 1 It is the science to predict energy transfer and rate of taking place between bodies as a result of a temperature difference. Written answer 2 the flow of heat is the result of the transfer of internal energy from one molecule to another. Same process takes place with liquid and gases. Written answer 3 in liquids and gases heat may be transported from one point to another by being carried along as internal energy with the flowing medium. Written answer 4 if the motion of the fluid is due entirely to difference in density resulting from difference in temperature or thru expansion. Written answer 5 if the motion of the fluid is produced by mechanical means. Written answer 6 solid, liquid, gases – heats are radiated in the form of electromagnetic wave, and of picking up such radiant energy by absorption. When the waves impinge on a body, part are reflected, part are transmitted, and part are absorbed. Written answer 7 heat flux varies with thermal conductivity of the material and the temperature gradient. Written answer 8 property of a substance of its capacity to transmit an amount of heat through unit thickness, per unit area, time and temperature difference. Written answer 9 quantity of heat which by this temperature difference is caused to flow through the (A) area of the wall/barrier per unit time. Written answer 10 or specific rate of heat flow; is the amount of heat penetrating a unit area of the surface per unit time. Written answer 11 or specific resistance to heat conduction, inverse relation to heat conductivity, a property of insulation materials. Written answer 12 the quotient of thermal conductivity and film thickness. Written answer 13 also the over-all heat transfer coefficient and the over-all conductance Written answer 14 the total thermal resistance, and the total unit resistance to heat flow Written answer 15 streamline flow, viscous flow, heat transfer is more of conduction mode. Re < 2100 for low viscous liquid, gases and vapors. Written answer 16 intermediate flow between laminar and turbulent flow. Written answer 17 swirling or circling flow type, occurring at higher fluid speed, heat transfer is more of convection mode. Re > 2100 Written answer 18 for extremely large fluid speed. Written answer 19 when the liquid temperature is below the saturated temperature Written answer 20 when the liquid temp. has attained its saturation temp. Written answer 21 referred to heating surfaces that is submerged below the free surface of the liquid. Written answer

THERMODYNAMICS (CONDUCTION AND CONVECTION)Versión en línea

FINAL EXAMINATION

por Grace Balahay

It is the science to predict energy transfer and rate of taking place between bodies as a result of a temperature difference.

Written answer

the flow of heat is the result of the transfer of internal energy from one molecule to another. Same process takes place with liquid and gases.

Written answer

in liquids and gases heat may be transported from one point to another by being carried along as internal energy with the flowing medium.

Written answer

if the motion of the fluid is due entirely to difference in density resulting from difference in temperature or thru expansion.

Written answer

if the motion of the fluid is produced by mechanical means.

Written answer

solid, liquid, gases – heats are radiated in the form of electromagnetic wave, and of picking up such radiant energy by absorption. When the waves impinge on a body, part are reflected, part are transmitted, and part are absorbed.

Written answer

heat flux varies with thermal conductivity of the material and the temperature gradient.

Written answer

property of a substance of its capacity to transmit an amount of heat through unit thickness, per unit area, time and temperature difference.

Written answer

quantity of heat which by this temperature difference is caused to flow through the (A) area of the wall/barrier per unit time.

Written answer

or specific rate of heat flow; is the amount of heat penetrating a unit area of the surface per unit time.

Written answer

or specific resistance to heat conduction, inverse relation to heat conductivity, a property of insulation materials.

Written answer

the quotient of thermal conductivity and film thickness.

Written answer

also the over-all heat transfer coefficient and the over-all conductance

Written answer

the total thermal resistance, and the total unit resistance to heat flow

Written answer

streamline flow, viscous flow, heat transfer is more of conduction mode. Re < 2100 for low viscous liquid, gases and vapors.

Written answer

intermediate flow between laminar and turbulent flow.

Written answer

swirling or circling flow type, occurring at higher fluid speed, heat transfer is more of convection mode. Re > 2100

Written answer

for extremely large fluid speed.

Written answer

when the liquid temperature is below the saturated temperature

Written answer

when the liquid temp. has attained its saturation temp.

Written answer

referred to heating surfaces that is submerged below the free surface of the liquid.

Written answer

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THERMODYNAMICS (CONDUCTION AND CONVECTION)Versión en línea

por Grace Balahay

It is the science to predict energy transfer and rate of taking place between bodies as a result of a temperature difference.

the flow of heat is the result of the transfer of internal energy from one molecule to another. Same process takes place with liquid and gases.

in liquids and gases heat may be transported from one point to another by being carried along as internal energy with the flowing medium.

if the motion of the fluid is due entirely to difference in density resulting from difference in temperature or thru expansion.

if the motion of the fluid is produced by mechanical means.

solid, liquid, gases – heats are radiated in the form of electromagnetic wave, and of picking up such radiant energy by absorption. When the waves impinge on a body, part are reflected, part are transmitted, and part are absorbed.

heat flux varies with thermal conductivity of the material and the temperature gradient.

property of a substance of its capacity to transmit an amount of heat through unit thickness, per unit area, time and temperature difference.

quantity of heat which by this temperature difference is caused to flow through the (A) area of the wall/barrier per unit time.

or specific rate of heat flow; is the amount of heat penetrating a unit area of the surface per unit time.

or specific resistance to heat conduction, inverse relation to heat conductivity, a property of insulation materials.

the quotient of thermal conductivity and film thickness.

also the over-all heat transfer coefficient and the over-all conductance

the total thermal resistance, and the total unit resistance to heat flow

streamline flow, viscous flow, heat transfer is more of conduction mode. Re < 2100 for low viscous liquid, gases and vapors.

intermediate flow between laminar and turbulent flow.

swirling or circling flow type, occurring at higher fluid speed, heat transfer is more of convection mode. Re > 2100

for extremely large fluid speed.

when the liquid temperature is below the saturated temperature

when the liquid temp. has attained its saturation temp.

referred to heating surfaces that is submerged below the free surface of the liquid.