So you did finish a second video. Keep it up! Always nice to have more science channels, specially if the videos are shorter. So many have videos going over 10, 15 minutes. Anyway some advice: In the first one I liked how it was short and about something I could relate to. For this second one you could've found a better hook. The hook on the first one was good because it's a question I'd never thought of and had no idea how to answer it. Still I wanted to know the answer because I had no idea if it'd be something like nanometers per hour, miles per hour. For this second one, before watching it I had no idea what Gibbs energy was but I also had no idea why I'd want to know what Gibbs energy was. In the first one there were a lot of new things I had never heard of but they were just steps in a process to get somewhere I was curious to know the answer. For this one we don't have that kind of hook. If the first video had focused on Boltzmann constant for an instance I'd probably have skipped it.
Exergonic and endergonic are about the movement of energy; exothermic and endothermic are about the movement of heat, which is sometimes not exactly the same thing. A camp fire is both exergonic and exothermic, releasing both heat and energy. But those cold packs you put on a sprained ankle are exergonic and endothermic. When you pop the bag to mix the chemicals inside, they increase entropy enough to be exergonic even though the reaction is endothermic and absorbs heat from the environment.
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Absolutely fantastic!
I will spread the word about this channel. Please keep up with your amazing work
So you did finish a second video. Keep it up! Always nice to have more science channels, specially if the videos are shorter. So many have videos going over 10, 15 minutes.
Anyway some advice:
In the first one I liked how it was short and about something I could relate to.
For this second one you could've found a better hook. The hook on the first one was good because it's a question I'd never thought of and had no idea how to answer it.
Still I wanted to know the answer because I had no idea if it'd be something like nanometers per hour, miles per hour.
For this second one, before watching it I had no idea what Gibbs energy was but I also had no idea why I'd want to know what Gibbs energy was.
In the first one there were a lot of new things I had never heard of but they were just steps in a process to get somewhere I was curious to know the answer.
For this one we don't have that kind of hook. If the first video had focused on Boltzmann constant for an instance I'd probably have skipped it.
agreed
Great Video! Very informative and structured :D Keep up the good work!
Huh I've never heard exergonic and endergonic, I've heard exothermic and endothermic though
Exergonic and endergonic are about the movement of energy; exothermic and endothermic are about the movement of heat, which is sometimes not exactly the same thing.
A camp fire is both exergonic and exothermic, releasing both heat and energy.
But those cold packs you put on a sprained ankle are exergonic and endothermic. When you pop the bag to mix the chemicals inside, they increase entropy enough to be exergonic even though the reaction is endothermic and absorbs heat from the environment.