Wavelength corresponding to the maximum energy is inversely proportional to the absolute temperature. This is __________ law.

Heat Transfer
Wavelength corresponding to the maximum energy is inversely proportional to the absolute temperature. This is __________ law.

Dalton's

Kirchoffs

Wien's

Stefan's

Dalton's

Kirchoffs

Wien's

Stefan's

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Heat Transfer
The absorptivity of a body is equal to its emissivity

for circular bodies

at a particular temperature

under thermal equilibrium

none of the listed here

for circular bodies

at a particular temperature

under thermal equilibrium

none of the listed here

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Heat Transfer
The ratio of velocity head to tube side return loss in case of a multipass shell and tube heat exchanger is

43832

4

2

43834

43832

4

2

43834

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Heat Transfer
Heat transfer rate described by Fourier's law will decrease, if the __________ increases.

Heat transfer area

Temperature difference

Thermal conductivity

Thickness

Heat transfer area

Temperature difference

Thermal conductivity

Thickness

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Heat Transfer
Reynold's analogy states that

Nst α f

NRe α f

NNu α f

Nst α NRe

Nst α f

NRe α f

NNu α f

Nst α NRe

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Heat Transfer
In a gas-liquid shell and tube heat exchanger, the

Gases under high pressure are routed through the tube side, because high pressure gases are corrosive in nature

Gases to be heated/cooled is normally routed through the shell side, because the corrosion caused by the cooling water or steam condensate remain localised to the tubes

All of these

Presence of a non-condensible gas decreases the condensing film co-efficient

Gases under high pressure are routed through the tube side, because high pressure gases are corrosive in nature

Gases to be heated/cooled is normally routed through the shell side, because the corrosion caused by the cooling water or steam condensate remain localised to the tubes

All of these

Presence of a non-condensible gas decreases the condensing film co-efficient

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Heat Transfer

Heat Transfer Wavelength corresponding to the maximum energy is inversely proportional to the absolute temperature. This is __________ law.

Heat Transfer The absorptivity of a body is equal to its emissivity

Heat Transfer The ratio of velocity head to tube side return loss in case of a multipass shell and tube heat exchanger is

Heat Transfer Heat transfer rate described by Fourier's law will decrease, if the __________ increases.

Heat Transfer Reynold's analogy states that

Heat Transfer In a gas-liquid shell and tube heat exchanger, the

Heat Transfer
Wavelength corresponding to the maximum energy is inversely proportional to the absolute temperature. This is __________ law.

Heat Transfer
The absorptivity of a body is equal to its emissivity

Heat Transfer
The ratio of velocity head to tube side return loss in case of a multipass shell and tube heat exchanger is

Heat Transfer
Heat transfer rate described by Fourier's law will decrease, if the __________ increases.

Heat Transfer
Reynold's analogy states that

Heat Transfer
In a gas-liquid shell and tube heat exchanger, the