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at 273 k, ice and liquid water are in equilibrium. what relation then must be true of the vapor pressures of pure ice and pure liquid water at 273 k?

Sagot :

Relation then must be true of the vapor pressures of pure ice and pure liquid water at 273 k are  cooling impact of ice at 273 K is greater than that of water at the same temperature because ice absorbs more heat to overcome the latent heat of fusion.

How does latent heat work?

The energy needed to induce a change in the material's physical state, which results in the production of the liquid, is known as latent heat of fusion. It must be applied to solid matter.

The cooling effect of ice at 273 K is due to the absence of latent heat and hidden heat, which are present in water and cause them to be less chilly than ice at the same temperature.

To know more about  latent heat work visit:-

https://brainly.com/question/28044951

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