4. A glass of water is left
outside on a hot, sunny
day. During the day, the
water evaporates at a
constant rate. If the water
is left out overnight, how
would you expect the rate
of evaporation to compare with the daytime rate?
A.higher
B.lower
C. the same
D.Nothing evaporates
during the night

Explanation: Converting a liquid to a gas requires energy as in the case where you're boiling water and must keep the flame high to keep the water boiling. Increased temperature means increased energy content, providing more energy for evaporation. Liquids should evaporate less during the night because of the cooler temperature if all other factors remain the same.

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4. A glass of water is left outside on a hot, sunny day. During the day, the water evaporates at a constant rate. If the water is left out overnight, how would you expect the rate of evaporation to compare with the daytime rate? A.higher B.lower C. the same D.Nothing evaporates during the night

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4. A glass of water is left
outside on a hot, sunny
day. During the day, the
water evaporates at a
constant rate. If the water
is left out overnight, how
would you expect the rate
of evaporation to compare with the daytime rate?
A.higher
B.lower
C. the same
D.Nothing evaporates
during the night