- #1
ariana0923
- 15
- 0
Why is it that the object with the heavier mass influences the final temperature (once the two objects in contact have achieved thermal equilibrium)?
For ex. a copper block (4 kg) at 0 degrees and an aluminum block (1 kg) at 100 degrees...in this case, the final temp ends up lower (36 ish degrees), I'm guessing because the copper (heavier block) was colder, so it influenced the final temp. But is there a deeper reason besides the fact that its heavier? (In this case, you can't say specific heat capacity right? since Al has the higher capacity)
For ex. a copper block (4 kg) at 0 degrees and an aluminum block (1 kg) at 100 degrees...in this case, the final temp ends up lower (36 ish degrees), I'm guessing because the copper (heavier block) was colder, so it influenced the final temp. But is there a deeper reason besides the fact that its heavier? (In this case, you can't say specific heat capacity right? since Al has the higher capacity)