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The maximum possible number of stereolsomers for the following structure Is.Numeric Response...

Question

The maximum possible number of stereolsomers for the following structure Is.Numeric Response

The maximum possible number of stereolsomers for the following structure Is. Numeric Response



Answers

The number of monochloro derivatives that of the following, the number of compounds that can react with Tollen's reagent is

In this problem, CST ch CS three CH two CS 3 gives two pairs, gives two pairs of intense human. I'm just writing those two pages. Ch two cl see it. CST CH two CS 3 And the 2nd 1 each. C s t c h CS three, c s c l c s t. So the answer will be equal to the answer will be quicker to.

Answer for the given question. Yeah, total number of Syria is a mass of the component is given below east. So here we have forgiven component is CS three, C H And C is three. So here we are a day and here be a date from me. So now we will find first the city center we can say title carbon Which is surrounded by four different groups as the carbon atom surrounded by same items are saying group will not be considered a serious and yet and the business substituted studio center, we will find the city realized owners. So here we have this is not city rio center because same hydrogen atom artist here with the central carbon and this one is a city rio center and next we hear this one hydrogen and here hydrogen from me and this man and this man, this is also city areas in there and this one is not situation too because same items are attest to the central carbonate. Um, so here before Mueller too to calculate city rio is summers is yeah do in. So this will be equal to, we have to power to is equal to multiply two is equal to well. So here we have the given option. Give an option. B is the correct option here for

No question is the number of isometric Elkins. There can be formed by the day I took Hello genesis of the Forum Al Qaeda like and that your conditions. Okay. So we are going to discuss how can we care that number of kids? We have these kind of this beyond anywhere. Then how many kids? We can get four right from here? We are just eliminate this one. Okay, question again, Is this well, 2nd we can get this one. Yeah, total we can get Mhm. Yes. So there are four Elkins that can operate. Okay. Mhm, correct. A little bit deep. Mhm.

Question is among the following the least stable there's an infrastructure is so to identify the stability of resonating a structure, we have to check that attraction or incomplete or complete ducted, incomplete opted molecules will be highly destabilized. Right? So we can observe that in each molecule there is one CS two plus represent so CH two plus molecules will have incomplete update because it has only six electrons right? So incomplete opted concept will fail but now we will forward to the attraction. We know that positive charge like charges have more repulsion and unlike charges have more attraction. So in the air molecules in the molecule we can observe that both these positive charge is near to each other. Very that's why this molecule will feel more reposition and will be be stabilized higher and in the rest of all molecules no one likes charges is very very near to each other. That's why a molecule will be highly stable, highly be stable molecule, highly unstable molecules. So correct option will be eaten right in that the molecule, we can observe that positive and negative are near to each other and here is also positive and negative here to each other. And in that the molecule positive and positive is very, very far away to each other. Wait.


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