The figure shows a graph of the temperature of a pure substance as a function of time as heat is added to it at a constant rate in a closed container. If $L F$ is the latent heat of fusion of this substance and $L V$ is its latent heat of vaporization, what is the value of the ratio $L V / L F ?$

Question

The figure shows a graph of the temperature of a pure substance as a function of time as heat is added to it at a constant rate in a closed container. If

L F

is the latent heat of fusion of this substance and

L V

is its latent heat of vaporization, what is the value of the ratio

L V / L F ?

The figure shows a graph of the temperature of a pure substance as a function of time as heat is added to it at a constant rate in a closed container. If L F is the latent heat of fusion of this substance and L V is its latent heat of vaporization, what is the value of the ratio L V / L F ? A) 4.5 B) 7.2 C) 1.5 D) 3.5 E) 5.0

Quizplus · Accepted Answer

The Answer of The figure shows a graph of the temperature of a pure substance as a function of time as heat is added to it at a constant rate in a closed container. If $L F$  is the latent heat of fusion of this substance and $L V$ is its latent heat of vaporization, what is the value of the ratio $L V / L F ?$

The Figure Shows a Graph of the Temperature of a Pure