an ice cube is dropped into a glass of milk at 20°c. which statement explains the transfer of kinetic energy…

an ice cube is dropped into a glass of milk at 20°c. which statement explains the transfer of kinetic energy (ke)?\nbecause milk has higher ke than ice, ke is transferred from the milk to the molecules of ice.\nbecause milk has higher ke than ice, ke is transferred from the molecules of ice to the milk.\nbecause ice has higher ke than milk, ke is transferred from the milk to the molecules of ice.\nbecause ice has higher ke than milk, ke is transferred from the molecules of ice to the milk.

an ice cube is dropped into a glass of milk at 20°c. which statement explains the transfer of kinetic energy (ke)?\nbecause milk has higher ke than ice, ke is transferred from the milk to the molecules of ice.\nbecause milk has higher ke than ice, ke is transferred from the molecules of ice to the milk.\nbecause ice has higher ke than milk, ke is transferred from the milk to the molecules of ice.\nbecause ice has higher ke than milk, ke is transferred from the molecules of ice to the milk.

Answer

Brief Explanations:

Kinetic energy is related to temperature. Higher - temperature substances have more kinetic energy. Milk at 20°C has a higher temperature than ice (usually at 0°C or lower). Heat (a form of kinetic - energy transfer) always moves from a higher - temperature substance to a lower - temperature one. So, kinetic energy is transferred from the milk to the ice.

Answer:

Because milk has higher KE than ice, KE is transferred from the milk to the molecules of ice.