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At 3:06 , Permanent and induced dipoles falls under Van Der waals forces so I'm still not clear about your answer on Q1(a)(ii)
yes. so you don't have to say that. you can just say van Der Waals' forces. Technically even hydrogen bonds are a special type of van der Waals force so that's why I specified.
Amazing explanation! Please do more videos like this 😆
sir for q2 last part is it allowed that i draw a diagram showing all the bonds with lone pairs as in 1)f)i?
No, you have to show the arrow to show dative bond formation. That would be when the question is asking for a dot 'n' cross diagram
really helpful! what software do u use ?
Explain everything
@@abdullahghelli the pdf editor, i really like the dark mode theme. what software did u use to achieve that look ?
@@notalizulqarnain export the pdf as images using acrobat and then invert using photoshop and compile back to pdf
thank you
At 3:06 , Permanent and induced dipoles falls under Van Der waals forces so I'm still not clear about your answer on Q1(a)(ii)
yes. so you don't have to say that. you can just say van Der Waals' forces. Technically even hydrogen bonds are a special type of van der Waals force so that's why I specified.
Amazing explanation! Please do more videos like this 😆
sir for q2 last part is it allowed that i draw a diagram showing all the bonds with lone pairs as in 1)f)i?
No, you have to show the arrow to show dative bond formation. That would be when the question is asking for a dot 'n' cross diagram
really helpful! what software do u use ?
Explain everything
@@abdullahghelli the pdf editor, i really like the dark mode theme. what software did u use to achieve that look ?
@@notalizulqarnain export the pdf as images using acrobat and then invert using photoshop and compile back to pdf
thank you