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HalideKetone(X=F Cl Br; 0)OHAlcoholCarboxylic AcidEtherEsterAmineAmideNitrileCarboxylic Acid Chloride...

Question

HalideKetone(X=F Cl Br; 0)OHAlcoholCarboxylic AcidEtherEsterAmineAmideNitrileCarboxylic Acid Chloride

Halide Ketone (X=F Cl Br; 0) OH Alcohol Carboxylic Acid Ether Ester Amine Amide Nitrile Carboxylic Acid Chloride



Answers

Identify each organic compound as an alkane, alkene, alkyne, aromatic, alcohol, ether, aldehyde, ketone, carboxylic acid, ester, or amine.

Question. One of four is very similar to question one of three. It's a very good cumulative problem that takes all of the different types of organic compounds. Al Keynes Elkins, all kinds aromatics, alcohols, ethers, alga, hides, ketones, car box, Cilic acids, Esther's and the means and gives you a group of compounds, actually, six of them, and you are asked to determine what type of organic compound it ISS. For the first one, we see that there is a benzene ring in the molecule, so we would classify this as an aromatic. Then, for B, we see a triple bond. So this is an AL kind for see. We see a carbon ill bonded to an oxygen bonded to a carbon containing group and the carbon ill on the other side bonded to a carbon containing group. This identifies it as an Esther for D. We see a carbon IHL group between two carbon containing groups. This is what is a key tone, and then for E, we see a carbon IHL group bonded to a carbon containing group and just a hydrogen. This is an alga hide, and for the last one we see an O. H. Group, which identifies it as an alcohol

Hey, guys. So in this question were asked to identify the class for each of these molecules. So we're just going to be looking at the functional groups to determine this concept. So in part A, we have ch three bonded to ch two along with an each to So we know why Looking at this functional group and each to right away the nitrogen indicates that this is a mean part B. We have ch three bonded to siege to bond ITU's a Carbonnel group and an H since this Carbonneau group right here is at the terminal carbon. So the ah, first carbon for this. When we count this off, this indicates an outer hide in part C. We have the opposite situation from part B. Our Carbonnel group right here is in the middle of our carbon chain. And so this indicates that this is a key tone. Ah, party. We have a carb oxalic acid because we have this Carbonnel group as well as a hydroxy group right here. So all of this our c 00 h. This indicates a car box cilic acid and looking at our last one, we have a propane or pro pool. Ah, attachment to this hydroxy group right here and this hydroxy group indicates, and alcohol, and that pretty much wraps up this question.

In this problem, I can write DDX and H. R. X. In pageants of alcoholic. A CNN changed into odd CN in pageants off dilute at CNN changes into R. C 00 H. So it is, but look silly SEd. So according to the option obstinacy, it's correct option. See it correct and said all this problem that is car book sleep as C. I hope you understand the solution of this problem as hawaii Right the reaction 1st and after that, I just tried the product.

Hi, everyone. We know that the first one aids aids, see double gone. Oh, edge that days. This is carbon silica sale carve oxalic acid functional roof then said you know what needs ch three c h two See? Double bond. Oh o C s three. This is an Esther function roof. Then all one needs ch three ch two ch two ch. Two age. So I a treat on alcoholic function group. Then next one needs ch three ch two See double bond O N Edge Then C h two si es to CS three. This is on a my function growth, my function growth. The next one needs ch three. Yeah. C h two c h two Seasonable Born. Oh, or age. This is carbon Cilic. I still function growth than f s. Yeah, suitable. Want to go? Oh, ch two ch two c s three. So this is and I stuff


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