Radiosity is the total ......... flux leaving the surface.

Q.

Radiosity is the total ......... flux leaving the surface.

A. Heat

B. Radiant

C. Molar

D. None of these

Answer & Explanation

Answer : Option: B

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Q.

In specular reflection the angle of

A. Incident ≠ Reflection

B. Absorption = Transmittion

C. Incident = Reflection

D. Absorption ≠ Transmittion

Answer & Explanation

Q.

Overall thermal resistance for conductive heat transfer through a series of flat resistances is equal to the

A. maximum resistance in the series

B. sum of all resistances

C. average of all resistances

D. minimum resistance presents in the series

Answer & Explanation

Q.

Emissive power is measured in

A. Watt/m²k⁴

B. Watt/m²

C. watt/m

D. Watt

Answer & Explanation

Q.

Heat flows from one body to other when they have

A. different heat contents

B. different specific heat

C. different atomic structure

D. different temperatures

Answer & Explanation

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Radiosity is the total ......... flux leaving the surface.

Q. Radiosity is the total ......... flux leaving the surface.

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More Questions Heat and Mass Transfer:

Q. In specular reflection the angle of

Q. Overall thermal resistance for conductive heat transfer through a series of flat resistances is equal to the

Q. Emissive power is measured in

Q. Heat flows from one body to other when they have

Q.

Radiosity is the total ......... flux leaving the surface.

Q.

In specular reflection the angle of

Q.

Overall thermal resistance for conductive heat transfer through a series of flat resistances is equal to the

Q.

Emissive power is measured in

Q.

Heat flows from one body to other when they have