what happens when a bowl of ice cream is left uneaten on a counter in a warm room
A. heat is transferred from the air to the ice cream
B. potential energy is transferred from the ice cream to the air
C. thermal energy is transferred from the air into the ice cream warming the ice cream
D. kinetic energy is transferred from the ice cream to the air
Answer: C. thermal energy is transferred from the air into the ice cream warming the ice cream
D. It turns into a puddle of regret and disappointment, just like my dreams of becoming a professional acrobat.
When a bowl of ice cream is left uneaten on a counter in a warm room, several processes occur:
1. Heat is transferred from the air to the ice cream: The warm air in the room comes into contact with the cold surface of the ice cream. Heat energy transfers from the warmer air to the colder ice cream until both reach an equilibrium temperature.
2. Potential energy is transferred from the ice cream to the air: As the ice cream melts, its potential energy decreases. The energy stored in the chemical bonds of the solid ice cream is converted into thermal energy, making the ice cream colder, while the air in contact with the ice cream becomes warmer.
3. Thermal energy is transferred from the air into the ice cream, warming the ice cream: As mentioned earlier, heat energy transfers from the warmer air to the colder ice cream. This transfer of thermal energy warms up the ice cream, causing it to melt further.
Therefore, the correct answer would be:
C. Thermal energy is transferred from the air into the ice cream, warming the ice cream.
When a bowl of ice cream is left uneaten on a counter in a warm room, several things happen. The main process that occurs is the transfer of heat energy. Heat naturally transfers from warmer objects to cooler objects in an attempt to reach an equilibrium temperature.
In this scenario, we have a warm room and a bowl of ice cream. The air in the room is warmer than the ice cream. As a result, heat is transferred from the air to the ice cream. This transfer of heat causes the ice cream to warm up and eventually melt.
So, the correct answer is:
A. Heat is transferred from the air to the ice cream.