Also if I remember correctly, this is what we feel when we touch something, we don’t feel the actual temperature, but how fast it absorbs our heat. That’s why metal feels colder than wood at similar temperatures
The cube on the left has very little surface area in contact with the plexiglass. A bit of a failed experiment if you ask me.The difference in thermal conductivity between the two materials is slightly exaggerated.
Also if I remember correctly, this is what we feel when we touch something, we don’t feel the actual temperature, but how fast it absorbs our heat. That’s why metal feels colder than wood at similar temperatures
Question! Would it mean aluminium gets colder faster? Is it why it seems to slow down after a bit?
It’s also half the thickness isn’t it though?
Can someone explain the relationship between thermal conductivity and specific heat?
Please at least cite the source: https://youtu.be/AKVFSjTcrUI
The cube on the left has very little surface area in contact with the plexiglass. A bit of a failed experiment if you ask me.The difference in thermal conductivity between the two materials is slightly exaggerated.
And this is why my iPhone 6 couldn’t keep a charge in the cold weather
I wanted to downvote it because I thought I was in r/chemicalreactions.
I was very pleased after checking the subreddit.