Thermal equilibrium and aluminum

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SUMMARY

The discussion centers on the thermal equilibrium between an aluminum block and a copper block of equal mass, where the copper block is initially at 100 degrees Celsius and the aluminum block at 0 degrees Celsius. The final equilibrium temperature reached is approximately 30 degrees Celsius, indicating that the aluminum block significantly influences the outcome. This phenomenon is attributed to aluminum's higher specific heat capacity, which is 2.35 times greater than that of copper, allowing it to absorb more heat without a substantial increase in temperature.

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ariana0923
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(This is not a homework question...it's a theoretical question based on an experiment that was conducted.)

If you have an aluminum block and a copper block of equal mass, but the copper block is 100 degrees C and the alum. block is 0 degrees C, they reach roughly 30 degrees C at thermal equilibrium according to an experiment.

So as you can see, the aluminum block influenced the final temp, since the final temp was closer to aluminum's initial temp. Why is this? Is it because aluminum is a better insulator of cold?
 
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Check the heat capacity per gram. Aluminum is 2.35 x larger.
 

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