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A bar of gold has a temperature of 22°C, and a bar of aluminum has a temperature of 27°C. Which statement explains why the bar of aluminum has a higher temperature?

O A. The aluminum bar has a lower density than that of the gold bar.

O B. The particles that make up the aluminum bar are moving more slowly

O C. The particles that make up the aluminum bar are moving faster.

O D. The aluminum bar has less thermal energy. SUBMIT​

Respuesta :

Answer:

C. The particles that make up the aluminium bar are moving faster.

Explanation:

You can notice how you rub your hands outside during winter, right? It gets warmer the more you rub your hands, so it is basically like that, but with the particles of the aluminium bar.

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The particles that make up the aluminum bar are moving faster.

Which has more specific heat gold and aluminum?

It takes greater energy to elevate the temperature of aluminum by 1°C than it takes to raise the temperature of gold by 1°C. Gold's temperature will grow extra and it'll have a higher final temperature and could experience hotter to touch.

Does aluminum heat up faster than gold?

Every steel and each fabric has a different rate of heating. here we see that gold heats up 7 times faster than aluminum. This means that the whole lot has its very own specific warmth (also known as warmness capability). Aluminum's precise warmth is zero.216 cal/g·°C, which is set 7 times extra than that of gold (0.031 cal/g·°C).

Learn more about Specific Heat here https://brainly.com/question/21406849

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