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Which the most Stable carbocation?CH} CH3CH; CHXCH;they are equaiLUbmorWhich will generate racemic mlzture after SN reaction? CHj CHa-C-Br ac, CH} (CH;)Chi all of...

Question

Which the most Stable carbocation?CH} CH3CH; CHXCH;they are equaiLUbmorWhich will generate racemic mlzture after SN reaction? CHj CHa-C-Br ac, CH} (CH;)Chi all of themqulmnchitWhich will Invert the configuration after SN reaction? CH3 CH3-C-Br CH} CH;" 8,8, d.all ofthemQuettiorWhich the most reactive for SNZ reaction? CH} CH}-€-CHzBr CHSCH-Br a1 CHz CH;CHz-BrCH} CH;-C-B CH}

Which the most Stable carbocation? CH} CH3 CH; CHXCH; they are equai LUbmor Which will generate racemic mlzture after SN reaction? CHj CHa-C-Br ac, CH} (CH;)Chi all of them qulmnchit Which will Invert the configuration after SN reaction? CH3 CH3-C-Br CH} CH;" 8,8, d.all ofthem Quettior Which the most reactive for SNZ reaction? CH} CH}-€-CHzBr CHSCH-Br a1 CHz CH;CHz-Br CH} CH;-C-B CH}



Answers

Which allylic carbocation is the most stable carbocation?

Which of the following forms most vegetable carving can upon removal of H minus. So we are going to discuss which will be the most stable carbon grant form. In the first option we had This car was 1° in the second we will get this car. Okay. In the tar molecules we will get this and in the fourth molecule we don't got this property. No, we are very clear that industry option, their industry option. This one is the evangelical manduzkic. So eventually character is the most vegetable carbon, then the one degree one degree and one day. Okay, so correct option will be seen. Okay, thank you. Mm. Yeah.

Question is which of the following car bookstands rearranged to a more stable. Can you pretend? Right. So rearrangement happens when the stability attains how stability attains. Then one degree carbo them or free radicals can convert into degree or degree. Can convert into treating. Then rearrange rearrangement takes place like. So here in the fast molecule we can observe their this video because it's the one degree political is there Takes place one edge door to migrate, then it will form three, then it can form three degree free radicals. If there is a method sifting can takes place my childs they think can takes place then. Mhm. This this anonymous so I added this Carbon free radicals present this one they this free radical is that two degree and it can form three degree free radicals when this free radical comes at this car Because this government is have 3° part of it tonight. In the same molecule it is 1° radical. If this radical comes at this carbon then it will can work into the radical, so there will also change the arrangement takes place. But in that day option this is Ben jane free radical, so it is already highly stable. So in this B option three arrangement cannot possible. So character option will be A. B and see they Thank you.

And not portion is Lord. Because Elizabeth of the foreign car book death would not likely rearrange who are more stable. Carbon the farm is Of 10 estimate. Then it will rearrange it not will be stable, then it will not rearrange. So in the first option we have this content. This garden is there to greet her time. So it can convert to do that 3° very easily in the second option. This one that dad. So after the rearrangement, it will not gaining stability. That's like barbarians. And the steve option. This will also more prearranged because this Canton is the most most stable because it is called a CPM cyclo profile. This vanished because of residents in the last option. This one is not too difficult and that's I can rearrange By the hydrates. 15 then We will got 3°. Okay so correct up somewhere. B. Anderson. Mhm.

As we all know that A Hello jin, Hello jin, eat at Bell A halogen each arcade, Who and only phoenix carbon in CH two double bond C h c N. So it is least reactive because this type of carbon is released to reactive. Therefore, according to the option, option A is cut egg and said option age, correct answer for this problem.


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