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I like how he makes chemistry calming😊
Thank you for this❤
This was so helpful! This is something my chemistry teacher just skimmed over and I was always confused. But now studying for the MCAT and it finally makes sense! You are the best!!
well explained
Great video, I'm really grateful 🙏
Thank you! Hope it helped :)
Question when an atom hybridsise it's orbitals does the orbitals always have to be half filled, Which would make sense if it's true because it would allow a covalent bond to form But I guess it's not always true because even if u hybridsise an orbital with 2 electrons a covalent bond can form through dative bonds
7:53 if u think about it because each unhybridised p orbital has single electro and for a bond to be formed 2 electrons are needed that means an ovarlap well form only on one side(at Top maybe ) the bottom orbitals won't overlap as they are no electrons And bottom one wouldn't be a dative bond in case of ethene because each p orbital only has 1 electron not 2 So would that mean a pi bond is not formed as the is only 1 overlap and not 2 Edit : if I would answer myself I would say the top and bottom (pi bond) is just a probability of were electron pair could be either up or down.. we can never know we're the would be up or down. So its just a region of probability of finding the electron pair
Thank you so much
Excellent
Thank you for watching :)
how about ammonia ions
Thank you
WHAT AN AMAZING SUMMARY
Huge thanks to the visual representation of the benzene structure, clears all my doubts in mind before hopping into this video. Again thanks a lot
I'm glad that i just found this amazing video channel. Tq
Thank you sir
Best chemistry KZread channel everrrrr
Thanks !
Wouldn’t adding BaCl2 before performing a halide test give a false positive on Cl-?
Thank you for this you’re so amazing!!
Thank you very much
Hi, is there a way to predict how many ligands will be substituted? I know that for some copper aqua ion reactions not all the aqua ligands are substitued (I.e. with ammonia where there are three ammonia and 2 water ligands). If there isn't a way to work this out is there a resource which has all of the complex ion formulae you need to know you one acn memorise how many of each kind of ligand there are in each? Many thanks!!
From one youtuber to another thank you man,great stuff👍
Nice
It's very worthful please make videos on resonance structures also thank you
Good job❤.. I just discovered your channel. I need more videos on reaction mechanisms. It is helpful.
my guy saved me so much time, this was really helpful thank you
thankyou so much!!
Thank you
This is gold. Wish I found this channel earlier 😢
ur channel is the only channel which made me understand the topics properly, thankuuu sooo muchh
Excellent introduction fundamentals ❤
thank you and well done!
Damn this was exactly what I wanted . Don’t stop making videos dude
thank you for your explanation that was really helpful!
You are the best yt channel for a-level chemistry ❤
Thanks!
This is the best explanation and diagrams I have ever seen. I'm a chemistry teacher. Recommending this channel to all my students.
Wow! Thank you :)
SOOO underrated! thanks so much for this!
You taught me in 10 min what three different professors couldn't manage to explain clealy in one year, thank you! ♥
Very good - thank you !!!
So basicallly Lowest possible energy is -237kelvin 0kelvin=-273 kelvin 1kelvin= 273 +degrees. If something is measured in kelvin we call it absolute qs temperature value links directly to energy of molecule
what the sigma
Thank you boss
if a gases volume is decreased and pressure is constant what will happen to its temperature?
When volume decreases, pressure will increase unless the temperature of the gas is decreased. Therefore the temperature of the gas will decrease as volume decreases (if pressure held constant), but in practice in order to keep the pressure constant we would need to ourselves decrease the temperature of the gas, so this isn't a great example of the gas laws.
adsorbed or absorbed
adsorbed*
Hi sir, this video is really helpful! Could you please make a video on why changing the conditions (i.e. concentration, temperature and pressure) of the system affects or does not affect the value of the equilibrium constant? I've tried to search for intuitive explanations online but the description I get is either assuming that Kc = constant at given temperature (which doesn't explain stuffs it's circular reasoning) or some advanced mathematical equations using thermodynamics, which at my level couldn't really comprehend :( Anyway thanks for the simple yet informative video!
Yes plsss
Too much goddam.advertising every step of the way.
thanks so much!!
Thank you sooo much ❤
Thank you for the video