pure liquid, represented in the figure, has a density of 1.43 g/cm. Which TWO models and statements describe the particle spacing and density of the liquid as the described change occurs?

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Pure liquid represented in the figure, has a density of 1.43 g/cm^3. Which TWO models and statements describe the particle spacing and density of the liquid as the described change occurs?
pure liquid, represented in the figure, has a density of 1.43 g/cm. Which TWO models and statements describe the particle spacing and density of the liquid as the described change occurs?
Transcribed Image Text:pure liquid, represented in the figure, has a density of 1.43 g/cm. Which TWO models and statements describe the particle spacing and density of the liquid as the described change occurs?
If the temperature increases, the particle size and volume both increase. The density of the liquid remains constant because the particle spacing remains constant.
B
If the temperature increases, the density of the liquid increases because the particles move closer together.
If the temperature decreases, the density of the liquid increases because the particles slow down and move closer together.
D
If the pressure on the sample increases, the particles are forced closer together and the density increases.
Transcribed Image Text:If the temperature increases, the particle size and volume both increase. The density of the liquid remains constant because the particle spacing remains constant. B If the temperature increases, the density of the liquid increases because the particles move closer together. If the temperature decreases, the density of the liquid increases because the particles slow down and move closer together. D If the pressure on the sample increases, the particles are forced closer together and the density increases.
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