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Two compounds are standing at the same temperature. Compound "A" is evaporating more slowly than compound "B " According to the Kinetic Molecular Theory, which assumption can be made? Compound B may have a lower molecular weight. Compound A may have a lower molecular weight. Compound B has a greater average kinetic energy. Compound A has a greater average kinetic energy.

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Two compounds are standing at the same temperature. Compound "A" is evaporating more slowly than compound "B " According to the Kinetic Molecular Theory, which assumption can be made? Compound B may have a lower molecular weight. Compound A may have a lower molecular weight. Compound B has a greater average kinetic energy. Compound A has a greater average kinetic energy.

Two compounds are standing at the same temperature. Compound "A" is evaporating more slowly than compound "B " According to the Kinetic Molecular Theory, which assumption can be made? Compound B may have a lower molecular weight. Compound A may have a lower molecular weight. Compound B has a greater average kinetic energy. Compound A has a greater average kinetic energy.

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ccording to the Kinetic Molecular Theory, if compound B is evaporating more quickly than compound A at the same temperature, it suggests that:<br /><br />- Compound B may have a lower molecular weight.<br /><br />This is because lighter molecules tend to move faster and are more likely to escape into the gas phase, leading to faster evaporation.
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