A solid material is supplied with heat at a constant rate. The temperature of material is changing with heat input as shown in the figure. What does slope DE represent.

Latent heat of liquid

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Latent heat of vapour

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Heat capacity of vapour

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Inverse of heat capacity of vapour

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Solution

The correct option is D Inverse of heat capacity of vapour
$ms Δ T = d Q$
$\frac{d T}{d Q} = \frac{1}{m s} = \frac{1}{Heat capacity}$ (For vapour)

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A solid material is supplied with heat at a constant rate. The temperature of material is changing with heat input as shown in the figure. What does slope DE represent.

The correct option is D Inverse of heat capacity of vapour msΔT=dQ dTdQ=1ms=1Heat capacity (For vapour)

The correct option is D Inverse of heat capacity of vapour
$ms Δ T = d Q$
$\frac{d T}{d Q} = \frac{1}{m s} = \frac{1}{Heat capacity}$ (For vapour)