Apot of water is heated over a fire, and then frozen peas are added to the hot water. what happens to the energy in this situation? the energy gained by the peas is lost by the water. the peas lose energy as they are heated in the water. energy is transferred from the peas to the water and the pot. the water receives energy both from the fire and from the frozen peas. energy is transferred from the fire to the pot, then to the water, and then to the peas.

The fourth option is correct. Energy is transferred from the fire to the pot, and then to the water, and then to the peas.

Option (d) is the correct answer.

Explanation:

When a pot of water is heated then molecules of water will gain kinetic energy. Whereas frozen peas have potential energy initially but when they are added into the hot water then energy will transfer from water to the peas.

Therefore, molecules of peas will also gain kinetic energy.

So, we can conclude that energy is transferred from the fire to the pot, then to the water, and then to the peas.

Dot structures do not show the distribution of electrons in orbitals and take up a lot of space.

Arrow and line diagrams take up a lot of space and make it difficult to count electrons.

Written configurations make it easy to lose count of electrons and do not show the distribution of electrons in orbitals.

(re-write in your own words this is off engenuity)