density of liquid is ρ and L is its latent heat of vaporization.

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Assume that a drop of liquid evaporates by decreases in its surface energy, so that its temperature remains unchanged. What should be the minimum radius of the drop for this to be possible? The surface tension is T, density of liquid is ρ and L is its latent heat of vaporization.
12
Oct
Assume that a drop of liquid evaporates by decreases in its surface energy, so that its temperature remains unchanged. What should be the minimum radius of the drop for this to be possible? The surface tension is T, density of liquid is ρ and L is its latent heat of vaporization. Assume that a drop [...]
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Tags: Assume that a drop of liquid evaporates by decreases in its surface energy , density of liquid is ρ and L is its latent heat of vaporization. , so that its temperature remains unchanged. What should be the minimum radius of the drop for this to be possible? The surface tension is T ,
Assume that a drop of liquid evaporates by decrease in its surface energy, so that its temperature remain unchanged. What should be the minimum radius of the drop for this to be possible? The surface tension is T, density of liquid is ρ and L is its latent heat of vaporization.
12
Sep
Assume that a drop of liquid evaporates by decrease in its surface energy, so that its temperature remain unchanged. What should be the minimum radius of the drop for this to be possible? The surface tension is T, density of liquid is ρ and L is its latent heat of vaporization. Assume that a drop [...]
Posted in: Cengage JEE Mains Physics by B.M Sharma , Chapter 12 - Fluid Mechanics, Surface Tension and Viscosity ,
Tags: Assume that a drop of liquid evaporates by decrease in its surface energy , density of liquid is ρ and L is its latent heat of vaporization. , so that its temperature remain unchanged. What should be the minimum radius of the drop for this to be possible? The surface tension is T ,