What happens when a bowl of ice cream is left uneaten on a counter in a warm room?(1 point)
Responses
Heat is transferred from the air to the ice cream.
Heat is transferred from the air to the ice cream.
Thermal energy is transferred from the ice cream to the air, cooling the air.
Thermal energy is transferred from the ice cream to the air, cooling the air.
Thermal energy is transferred from the air to the ice cream, warming the ice cream.
Thermal energy is transferred from the air to the ice cream, warming the ice cream.
Potential energy is transferred from the air to the ice cream.
Potential energy is transferred from the air to the ice cream.
Thermal energy is transferred from the air to the ice cream, warming the ice cream. This process is called heat transfer by conduction, where the warmer molecules in the air collide with the colder molecules in the ice cream, transferring thermal energy from the air to the ice cream. Eventually, the ice cream will melt and reach equilibrium with the room temperature.
Thermal energy is transferred from the air to the ice cream, warming the ice cream.
The correct answer is: Thermal energy is transferred from the air to the ice cream, warming the ice cream.
Explanation: When a bowl of ice cream is left uneaten on a counter in a warm room, the warm air surrounding the ice cream transfers thermal energy to the ice cream. This transfer of thermal energy causes the ice cream to warm up and melt. As heat is transferred from the air to the ice cream, the ice cream absorbs the energy and its temperature increases. Eventually, if left for a long enough time, the ice cream will completely melt and become liquid.