A given mass $m$ of a hypothetical solid is supplied with heat continuously at a constant rate and the graph shown in the adjacent figure is plotted. If $L_f$ and $L_v$ are latent heats of fusion and latent heats of vaporization and $S_l$ and $S_s$ are specific heats of liquid and solid respectively. It can be concluded that
A given mass $m$ of a hypothetical solid is supplied with heat continuously at a constant rate and the graph shown in the adjacent figure is plotted. If $L_f$ and $L_v$ are latent heats of fusion and latent heats of vaporization and $S_l$ and $S_s$ are specific heats of liquid and solid respectively. It can be concluded that
- A
$L_f > L_v,S_l = S_s$
- B
$L_f < L_v,S_l > S_s$
- C
$L_f > L_v,S_l < S_s$
- D
$L_f = L_v,S_l > S_s$
Similar Questions
The portion $AB$ of the indicator diagram representing the state of matter denotes
The portion $AB$ of the indicator diagram representing the state of matter denotes
On a hot day, placing a cup full of ice water on the table heats up as cup of hot tea on the same table cools down. write the reason.
On a hot day, placing a cup full of ice water on the table heats up as cup of hot tea on the same table cools down. write the reason.
Write a latent heat unit and dimensional formula. On what does the value of latent heat depend ?
Write a latent heat unit and dimensional formula. On what does the value of latent heat depend ?
The saturation vapour pressure of water at $100°C$ is ........ $mm$ of mercury
The saturation vapour pressure of water at $100°C$ is ........ $mm$ of mercury
Match the followings :
Column $-I$
Column $-II$
$(a)$ Combined existence of liquid-gaseous state of substance.
$(i)$ Sublimation curve
$(b)$ Combined existence of solid-gaseous state of substance.
$(ii)$ Fusion curve
$(iii)$ Vaporization curve
Match the followings :
| Column $-I$ | Column $-II$ |
| $(a)$ Combined existence of liquid-gaseous state of substance. | $(i)$ Sublimation curve |
| $(b)$ Combined existence of solid-gaseous state of substance. | $(ii)$ Fusion curve |
| $(iii)$ Vaporization curve |