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6. Which ofthe following isomers reacts fastest with aq. HzS04?...

Question

6. Which ofthe following isomers reacts fastest with aq. HzS04?

6. Which ofthe following isomers reacts fastest with aq. HzS04?



Answers

Which of the following compounds reacts with HBr more rapidly?

In this problem, I'm writing the AT the accent here. They just look at it carefully. This compound he edited. See at add see at CS three C h t c h two plus on reaction with at minus Step two will take place and the product from each This component, which I am writing here. Heritage C plus CH two CST. So according to the option in this problem, option C e D. Correct answer for this problem.

Of the two compounds? The second one. C. Three. Oh okay. C H ch two reacts more rapidly. Friends. Mhm. With H. P. R. Because we've got mhm compare here. Mhm. H. 30 plus. So if we've got this lone pair that's gonna come in here. Double bond football fear mm Bond we go here we have a resonance form that would give us C. H. 30 Double bond double bond double bond. Mhm. Ch two CH three in such resonating structures. Mhm. Yeah. The carbo cat eye in yeah. Get stabilized by the positive effects. Whoa. Yeah. Yeah. Yeah. Of the O. C. Three groups. Yeah but yeah in the case yeah. Of the first molecule. Yeah. Because of a cut iron carbon cat. I am yeah does not Okay. Get any resonance stabilization. Mhm. Mhm.

Ice Immers are molecules that have the same chemical formula but different structural formulas. So if we look at these different structural formulas of molecules, we could determine which your ice immersed by reading the molecular formulas. So if we look at our first molecule, we see that it has five carbons. Then we count. The number of hydrogen is 3456789 10 11 12 and one oxygen. When we look at our second molecule, we see that it also has five carbons 3456789 plus threes, 12 hydrogen and one oxygen. So these 1st 2 molecules are examples of ice Immers because they're different structurally with the same with the formula looking at our third molecule. 12345 carbons 56789 plus the three on top 12 hydrogen and one oxygen. Also a nice summer. 12345 carbons 3456789 10 11 12 hydrogen and one oxygen. So the 1st 4 all examples of ice MERS when we look at the last we see its formula is 12345 c six h 34567 10 13 plus one. Morris 14. Oh, and so this is not a nice summer because it has a different chemical formula.

Ice Immers or molecules that have the same formula but different connective it ease of the atoms. So if we look at these structural formulas here, which show us how the atoms were combined and connected, we can look at their formulas to see which of these are ice immersed by adding up the number of each different Adam in that. So when we look at our first molecule, we see that contains carbon, and there are 12345 carbons and hydrogen. There are 34 5678 9 10 11 and one chlorine atom. So this is the molecular formula, and this is the structural formula. Looking at the second, we can see that it contains 12345 carbons again or hydrogen are 3456 789 10 11 and one. Corinne. So these two molecules are examples of ice simmers. When we look at the third we see it has 123 for five carbons. We count our hydrogen ins. There's 345 6789 10 11 In one quarry. Also a nice summer. Looking at the last molecule, we count our carbons 123456 We see there are six of them. So already I know this cannot be a nice summer. I finished my formula H 34567 10 13 and one Cory. So the first year I simmers, but the last is not.


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