Question

jordan notices that the metal spoon in his hot soup becomes hot to the touch. which model best explains how thermal energy is transferred from the soup to the end of the spoon? a a model showing soup particles rising and falling in the bowl. b a model showing electromagnetic waves moving from the soup through the spoon. c a model showing metal particles vibrating more intensely and colliding with neighboring particles along the spoon. d a model showing heat moving directly through the spoon without any particle movement.

Explanation:

Thermal energy transfer in a metal spoon in hot soup occurs through conduction. Conduction is the transfer of heat energy by direct contact and movement of particles. Option C describes metal particles vibrating more intensely and colliding with neighboring particles along the spoon, which is the mechanism of conduction. Option A is convection (liquid or gas particles rising and falling), Option B is electromagnetic waves (radiation), and Option D is incorrect as heat transfer in solids (like the spoon) involves particle movement (vibration and collision).

Answer:

C. A model showing metal particles vibrating more intensely and colliding with neighboring particles along the spoon.