Why does an ice cube melt even in a cold glass of water? (1 point)
The ice cube is still colder than the water, so thermal energy moves from the ice cube to the water.
The water is still warmer than the ice cube, so thermal energy moves from the water to the ice cube
Ice cubes must always melt eventually
The air around the water melts the ice cube.
The ice cube is still colder than the water, so thermal energy moves from the ice cube to the water.
The correct answer is: The ice cube is still colder than the water, so thermal energy moves from the ice cube to the water.
The correct answer is: The ice cube is still colder than the water, so thermal energy moves from the ice cube to the water.
Explanation: When an ice cube is placed in a glass of water, thermal energy, or heat, naturally flows from a hotter object to a colder one. Despite being in a cold glass of water, the ice cube is still colder than the water. As a result, thermal energy transfers from the ice cube to the water, causing the ice cube to melt. This is because the ice cube is trying to reach thermal equilibrium with the surrounding water.