Metal A and Metal B are placed near each other. Thermal energy flows from Metal A toward Metal B What option must be true? Metal A has more mass than Metal B. Metal A has a higher temperature than Metal B Metal A has more density than Metal B. C Metal A has more thermal energy than Metal B

Question

Metal A and Metal B are placed near each other. Thermal energy flows from Metal A toward Metal B What option must be true? Metal A has more mass than Metal B. Metal A has a higher temperature than Metal B Metal A has more density than Metal B. C Metal A has more thermal energy than Metal B

Answer 1

## Step 1The problem involves the concept of heat transfer, specifically conduction. Conduction is the process of heat transfer between objects that are in direct contact with each other. The direction of heat transfer is always from the object with a higher temperature to the object with a lower temperature.## Step 2In this problem, thermal energy is flowing from Metal A to Metal B. This indicates that Metal A has a higher temperature than Metal B. This is because heat naturally flows from a hotter object to a cooler one until thermal equilibrium is reached.## Step 3The other options, such as Metal A having more mass than Metal B, more density than Metal B, or more thermal energy than Metal B, are not necessarily true. The amount of thermal energy an object has is not solely determined by its mass or density, but also by its temperature. Therefore, the correct answer is that Metal A has a higher temperature than Metal B.

Problemas

Metal A and Metal B are placed near each other. Thermal energy flows from Metal A toward Metal B What option must be true? Metal A has more mass than Metal B. Metal A has a higher temperature than Metal B Metal A has more density than Metal B. C Metal A has more thermal energy than Metal B

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