00:02 Chemical reactions release or absorb heat 00:16 Exothermic reactions release heat or energy 00:27 Exothermic reactions release energy in the form of heat and light. 00:43 Exothermic reactions release energy 01:00 Endothermic reactions absorb energy 01:11 Endothermic reactions absorb heat 01:24 Endothermic reactions absorb heat 01:36 Chemical reactions need heat or energy.
I did a little demonstration with a chemical reaction where exo and endo did not make sense, when I attempted to explain it the way I saw it, then saw the meaning on Google, I was like this is opposite. It's been a few years, at least. Thank you for explaining it with fire. Fire is the only chemical reaction that actually makes sense, using exo and endo the way it was explained by the one who put it in the science history copyright as the inventor of the theory. Naturally, it seemed like the correct answer because the reaction does not use/require external energy that seems to mean endothermic, and vice versa. Learning science is like that, until it's processed into long term memory. Backwards. You say that it's true for the product of the reaction, not the energy source. The reaction releases heat, then get's colder than room temperature. You say that is exothermic. I agree. What is the verb for the reaction requiring heat input? The energy source would then change the actual verb to a different word. The heat was created internally by the breaking of bonds. You say if it releases energy to the outside of the environment, it's exothermic; does not have anything to do with where the energy is coming from, just where it's going. Thank you. I wish that I was the one explaining the video, but I will be able to after watching yours. It will be based upon your video being the reference source.
I think it's because energy is being absorbed from the surroundings, so what you end up with (products) will have more energy than what you started with (reactants).
See you for this video but lately I'm been a bee and skibda and ohia rizz and I got Kai cenat kids and fanum just taxed me so thxs for this ohia rizzler video ❤
00:02 Chemical reactions release or absorb heat
00:16 Exothermic reactions release heat or energy
00:27 Exothermic reactions release energy in the form of heat and light.
00:43 Exothermic reactions release energy
01:00 Endothermic reactions absorb energy
01:11 Endothermic reactions absorb heat
01:24 Endothermic reactions absorb heat
01:36 Chemical reactions need heat or energy.
POV: School told you to watch this
This was in my slides when I was doing revision
Yes
nope doing revision
real
@@RainbowSaysHiSame
So I get now exothermic reaction means releasing energy while endothermic means absorbing energy good way to put it tho thanks😊
thanks for the simple explanation :)
Groovy 👍 Seems like plants could be the best factories to reduce global warming and global scarcity also. 🤔
Very true!
Yaaa😊
So if humans can absorb sunlight then we can also release it too note taken
I did a little demonstration with a chemical reaction where exo and endo did not make sense, when I attempted to explain it the way I saw it, then saw the meaning on Google, I was like this is opposite. It's been a few years, at least. Thank you for explaining it with fire. Fire is the only chemical reaction that actually makes sense, using exo and endo the way it was explained by the one who put it in the science history copyright as the inventor of the theory. Naturally, it seemed like the correct answer because the reaction does not use/require external energy that seems to mean endothermic, and vice versa. Learning science is like that, until it's processed into long term memory. Backwards. You say that it's true for the product of the reaction, not the energy source. The reaction releases heat, then get's colder than room temperature. You say that is exothermic. I agree. What is the verb for the reaction requiring heat input? The energy source would then change the actual verb to a different word. The heat was created internally by the breaking of bonds. You say if it releases energy to the outside of the environment, it's exothermic; does not have anything to do with where the energy is coming from, just where it's going. Thank you. I wish that I was the one explaining the video, but I will be able to after watching yours. It will be based upon your video being the reference source.
"Well understand this" thank you.
I have to revise and because my teacher taught it badly, this is a great help
Also 1:25 is right (correct)
Thankyou sirrr❤❤❤
Thank you
1:25 if the ice pack, the system, absorbs the heat(energy) from the surrounding why is the ice pack the one getting cooler instead of the surrounding?
Thanks for the video
But why in an endothermic reaction the products have high energy than the reactants?
I think it's because energy is being absorbed from the surroundings, so what you end up with (products) will have more energy than what you started with (reactants).
@@itxkatrina Thanks
Thats so cool! 😎
Thank you
i watched it ms stoffel
It is 1:46 true😢❤
Thanks! this video realy helped i am now ready for my exam
thank u
NERF MINER
Unfunny
Woah so cool
Thanks
photosyntesis releases heat cant absorb heat
very informative videoz!!!
Glad you think so!
See you for this video but lately I'm been a bee and skibda and ohia rizz and I got Kai cenat kids and fanum just taxed me so thxs for this ohia rizzler video ❤
ok
Yaaaa
Hmm😢.
❤
que paso?
Hola
Get a life😂