AQA 1.3 Bonding REVISION 

summed up a month of lessons in half an hour well done x

The 'swap and drop' method is GENIUS

Exceptional video, well summarised with clear concise points! Excellent last minute overview revision for tomorrow! Thank you so much!

Amazing video mate, you make chem seem easy!

I'm so glad I came across this channel the night before Chemistry Paper 1. Really need this A haha!

ClF3 is not trigonal planar, rather it is T-shape. Check minute 16:40 of video.

Incredibly concise - your videos are phenomenal. Thank you so much Sir!

I can't explain what it is but I'm captivated by that theme tune

Great format and summarised nicely !

This format is really good! Are you planning to make these type of videos for the OCR spec as well?

love you to bits for creating these videos for free!

WARNING TO THOSE USING THIS VISEO: Cl F3 is not a trigonal planar molecule, it is T shaped

really good video. May I ask though why are CO2 and H20 both not considered symmetrical? 19:35

Some parts are missing like silicon dioxide structure no?

Such a helpful video- thank you so, SO much. True life-saver 🙌

Hello, in the chemistry textbook, it says the bond angle for 3BP and 2LP is 87.5 degrees? Idk if yours' is correct because I also searched it up and it says the same as 87.5, but I was just checking??

for the shapes of molecules, is that all we need to know for the shapes with lone pairs?

Why can nitrogen form methane if there are 5 Valence electrons, because surely it would only bond to 3 hydrogen atoms (to form ammonia)?

Holy crap you are saving my bacon rn 😂💞

Could you please tell me the differences between terms like crystal and lattice for different molecules.

is the contents similar for caie board?

Amazing video mate

Really great revision video thanks so much !!

is this still the spec for today?

Can someone explain the octet rule please

*THANKS A LOT, GOD BLESS YA*

Is this everything we need to know or his he skipping things

what a genius

Very useful, cheers!

Very good video!

LEGEND

I LOVE YOU.

Is this the same for cie specs

Missing the factors affecting ionic compounds like electron affinity and lattice energy but great video!

24:48

16:30