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Standard XII

Chemistry

Intermolecular Forces

Which among t...

Question

Which among the following walls would allow the flow of thermal energy between systems A and B to achieve thermal equilibrium?

Adiabatic wall

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Diathermic wall

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Thermal wall

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Diadiabatic wall

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Solution

The correct option is B
Diathermic wall

A diathermic wall would allow the flow of energy as it is a conducting wall and allows flow of heat energy till thermal equilibrium is reached.

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Similar questions

Q. Which wall would allow the flow of thermal energy between systems A and B to achieve thermal equilibrium?

A wall consists of alternating blocks with length d and coefficient of thermal conductivity. The cross-sectional area of the blocks is the same. The equivalent coefficient of thermal conductivity of the wall between left and right is

Q. A wall consists of alternating blocks with length 'd' and coefficient of thermal conductivity

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Which among the following walls would allow the flow of thermal energy between systems A and B to achieve thermal equilibrium?

The correct option is B Diathermic wall A diathermic wall would allow the flow of energy as it is a conducting wall and allows flow of heat energy till thermal equilibrium is reached.

The correct option is B
Diathermic wall

A diathermic wall would allow the flow of energy as it is a conducting wall and allows flow of heat energy till thermal equilibrium is reached.