QuestionAugust 1, 2025

Cold milk is poured into hot coffee. What happens to the heat energy of the coffee during the process? No heat energy moves between the two liquids. The coffee absorbs heat energy from the milk Ik (+Q coffee). +Q The coffee releases heat energy into the milk (-Q coffee).

Cold milk is poured into hot coffee. What happens to the heat energy of the coffee during the process? No heat energy moves between the two liquids. The coffee absorbs heat energy from the milk Ik (+Q coffee). +Q The coffee releases heat energy into the milk (-Q coffee).
Cold milk is poured into hot coffee.
What happens to the heat energy of
the coffee during the process?
No heat energy moves between the two liquids.
The coffee absorbs heat energy from the milk Ik (+Q coffee). +Q
The coffee releases heat energy into the milk (-Q coffee).

Solution
4.0(255 votes)

Answer

The coffee releases heat energy into the milk (-Q coffee). Explanation 1. Identify Heat Transfer Direction When cold milk is poured into hot coffee, heat energy transfers from the hotter substance (coffee) to the cooler one (milk). 2. Determine Heat Energy Change in Coffee The coffee releases heat energy into the milk, resulting in a decrease in the coffee's heat energy.

Explanation

1. Identify Heat Transfer Direction<br /> When cold milk is poured into hot coffee, heat energy transfers from the hotter substance (coffee) to the cooler one (milk).<br /><br />2. Determine Heat Energy Change in Coffee<br /> The coffee releases heat energy into the milk, resulting in a decrease in the coffee's heat energy.
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