rosa pours a cup of boiling water into a pot of room - temperature water. according to the second law of…
rosa pours a cup of boiling water into a pot of room - temperature water. according to the second law of thermodynamics, what will occur?\no thermal energy from the room - temperature water will continuously flow to the boiling water.\no thermal energy from the room - temperature water will flow to the boiling water until all of the water in the pot is at a single temperature.\no thermal energy from the boiling water will continuously flow to the room - temperature water.\no thermal energy from the boiling water will flow to the room - temperature water until all of the water in the pot is at a single temperature.
Answer
Brief Explanations:
The second - law of thermodynamics states that heat (thermal energy) flows from a higher - temperature object to a lower - temperature object until thermal equilibrium (same temperature) is reached. Boiling water is at a higher temperature than room - temperature water. So, thermal energy will flow from the boiling water to the room - temperature water until all the water in the pot is at the same temperature.
Answer:
Thermal energy from the boiling water will flow to the room - temperature water until all of the water in the pot is at a single temperature.