A piece of metal is heated and then submerged in cool water. Which statement below best describes what happens?
A.
The temperature of the water will decrease, while the temperature of the metal will increase.
B.
The temperature of the water will decrease and the temperature of the metal will also decrease.
C.
The temperature of the water will increase, while the temperature of the metal will decrease.
D.
The temperature of the water will increase and the temperature of the metal will also increase.
C. The temperature of the water will increase, while the temperature of the metal will decrease.
yeah C
Correct, the temperature of the water will increase due to the heat transferred from the metal, while the temperature of the metal will decrease as it loses heat to the water.
B. The temperature of the water will decrease and the temperature of the metal will also decrease.
To understand what happens when a piece of metal is heated and then submerged in cool water, it's essential to consider the principles of heat transfer.
When the metal is heated, it absorbs thermal energy, which causes its temperature to increase. Conversely, when the metal is submerged in cool water, heat transfer occurs. Heat always moves from an object with higher temperature to one with lower temperature until thermal equilibrium is achieved.
Therefore, the correct answer is (B): The temperature of the water will decrease, and the temperature of the metal will also decrease. The metal loses heat to the water, causing its temperature to drop, while the cool water absorbs the heat, resulting in a decrease in its temperature.