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I just found it out in my notes 2bond pair+1 lone pairs is 117.5 with an ALMOST PLANER shapewats the bond angle and shape of a compound with 2 bond pairs and 1 lone pair
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I just found it out in my notes 2bond pair+1 lone pairs is 117.5 with an ALMOST PLANER shapewats the bond angle and shape of a compound with 2 bond pairs and 1 lone pair
wats the bond angle and shape of a compound with 2 bond pairs and 1 lone pair
fromwhere this angle came?lol no ...according to me its either 12's 1170 or 117 but not sure which1?
yes dats correct....I just found it out in my notes 2bond pair+1 lone pairs is 117.5 with an ALMOST PLANER shape
thats y i was confucsed ..the bond angle has to be in b/w 120 and 117..It 117.5 the molecule will have a bent shape so the bond angle has to be a little smaller than 120.
u have changed my post...It 117.5 the molecule will have a bent shape so the bond angle has to be a little smaller than 120.
thats y i was confucsed ..the bond angle has to be in b/w 120 and 117..
since it has 3 bond pairs...but among them 1 lone pair and 2 bond pair ...the angle has to be in b/w 120 and 117...dats wat my teacher told me ..yupp. an angle of 120 would give it a trigonal planar shape.
If you are asking about the double bonds then it is misprintingThey have 3 bonds each where do you see 5?
They have 3 bonds each where do you see 5?
Its mis printing for double bondLook again. The C on the right has 2 bonds with the C on the left, 1 bond with Br, 1 with CH2Br and 1 with H. That's 5 bonds total.
The C on the left has 2 bonds with the C on the right, 1 bond with H, 1 with CH3 and 1 with the R-side chain. That's also 5 bonds total.
So each Carbon atom has 5 bonds.
There are two explanations for that; I'm missing something VERY big, OR, the Examiner had a spat with his wife the morning before making the Mark Scheme.
If you are asking about the double bonds then it is misprinting
Its the same with a single bond b/w Carbon atomsCIE standards are falling... Anyways, so what's the real shape?
Its the same with a single bond b/w Carbon atoms
If the end of the molecule contains CH2 then CH2 is converted into H20 and CO2. The other side of the molecule must contain 2 bond, i.e CH and an other R group. The CH molecule is always converted into COOH. For eg, CH3-CH=CH2 = CH3COOH+CO2+H20.Jazak Allah Khayr.
Can someone please explain to me the reactions of KMnO4 on Alkenes?
Regarding K2Cr2O7 this is a weak oxidising agent where Kmno4 is a strong oxidising agents so K2cr2O7 is only able to oxidise to OH, where Kmno4 furhter oxidises to ketone or CooHJazak Allah Khayr.
Can someone please explain to me the reactions of KMnO4 on Alkenes?
Also, why does only KMnO4 show that kind of reaction with Alkenes; why doesn't K2Cr2O7, as they're both oxidizing agents?
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