Answer:
A and B
Explanation:
Because thermal energy will move from the water to the ice
A student puts a piece of ice next to a beaker of cold water so that they touch it, the two statements that are true are Thermal energy will move from the water to the ice and Thermal energy will move from air to the water, therefore option A and option B are the correct statements about the given problem statement.
It can be defined as the branch of science that deals with the interactions of thermal energy across different system and their surroundings.
Thermodynamics does not deal with the rate of energy interaction.
The movement of the thermal energy depends on the thermodynamic potential of the respective objects or bodies in which the flow of the thermal energy is involved,
As given in the problem statement that a student puts a piece of ice into a beaker of cold water The thermodynamic potential; of the cold water is more than the ice due to the presence of the temperature gradient among them the thermal energy will move from the cold water to the ice
Similarly, the thermodynamic potential of the atmospheric air is more than that of the cold water therefore the thermal energy will move from air to cold water.
Hence, the correct options are options A and B.
Learn more about the thermodynamics here
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