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Fied dbe ietrrvel o[ converernce cl dhe175 n-] 0*<420<4 0 2<1<4...

Question

Fied dbe ietrrvel o[ converernce cl dhe175 n-] 0*<420<4 0 2<1<4

Fied dbe ietrrvel o[ converernce cl dhe 175 n-] 0*<4 20<4 0 2<1<4



Answers

The rcagents, N11.CI and aqucous NII will prccipitare (a) $\mathrm{Ca}^{21}$ (b) $\left.A\right|^{3}$ (c) $\mathrm{Mg}^{2 \text { e }}$ (d) $7, n^{2}$

The order of the strength of hydrogen born order strength of hydrogen bond is and it and listen to it. Mm. Just listen efforts have Its strength is 13 kg julie Parmalee. It is 18 and it is 40 km from all closing mood. So as the difference in the electronic negativity increases, the hydrogen born will also increase. So we can write AS L. To IAN that is electronic activity difference increases. Then strength of it wasn't born will also increase. So we see that option. Option A option A is correct. Option is correct.

The EU PEG name of this component, which I am drawing here. Just look at it carefully. Heritage see They will want Oh, ANedge C685 the scientific name of this compound region and Finial cyclo vaccine and be naive psychlo vaccine. Got a bull. Some might got the ball AM I. So according to the option in this problem, option C. It correct answer options. See each correct answer for this problem.

Problem. 58 were given three tetra peptides to draw one thing's a note about a okay by such a za tetra peptide is that it's basically a repeating unit or it's a group of repeating amino acid units. What kind of the formula is gonna look like this? You have your me no end central carbon and your acid carbon. There are those they're all gonna be connected for. However, however many units along the chain is. So let's start with our first polly at a time. We have serene Alan. I mean, loose scene and Sistine. So this charm and draw our main chain you have, it's a tetra peptides. We're gonna d'oh! And CC four times on this end is our amino ends. But H two, this is our car box A late end carb oxalic acid Ohh and doubly bonnet oxygen. Each of these knock surgeons are gonna have a hydrogen on it. The first carbon, which is the Cairo carbon. It's gonna have a hydrogen on it than each second. Carbon is gonna have double bond with oxygen. So there's our main chain. Now we need to do is to add the side groups which are unique to each amino acid residue. So for severing the site chain is going to be ch two. Ohh! For Alan Ing, it's just ch three for losing. You have a siege to ch with two ch three groups on it and our final amino acid Sistine, it's gonna have ch two. Shh. So that's the structure for our first Polly peptide. Now our second polyp, it tied. It's gonna be glutamine Mathai, Anin, Sistine What? Let's fix that. All right, Sistine. And finally glazing. So let's jar Main chain as before Gotta amino end and cc and cc and so on to get all four amino acids there. And now we have our carpets silk acid group on the end. So let's get all our nitrogen sze hydrogen on each one hydrogen on each Cairo carbon and every second carbon has oxygen attached. Now let's do our side chains for glutamine the site chain it's a little longer than most. The others have ch two ch two again Carbonell Group C double Bondo, then in a TSH to that's glue Mean Metheny and our second residue as to ch two units also. But instead of cdo's Mondo, you have a sulfur and then ch three on the end for third residue assisting, which we've done before. Sage to S h Finally, glassine. It's the easiest one. It's just hydrogen. So this is a structure of our second tetra peptide. That was Move on to the 3rd 1 And this one, it's gonna be cool. I seen Sistine, Mathias, Dean and glutamine pretty much the same as the last one on Lee. It's flipped around, so the amino end is going to be on the glass scene this time. So it's Charmaine chain her side chains for glassine, its hydrogen persisting siege to S H from a thiamine ch two ch two. So for sees three finally glue to me and it's C h to siege to seed of Ovando and in each too. So this is our third catcher pet tied. It's the same as the last one on Lee. We have different ends. This was foot there and in the last one, so that that's how you draw Polly peptides

Explanation for the question here. Mhm. Draw the structure of structure of each. To draw yep tight the traffic types the traffic right means immunized containing are tied containing for in United States. So here's the first one is behalf the traffic light is Syrian Ellen. E. You seen crystalline crystalline and its structure is here we have the structure of this trap hepatitis is to end C H. CS two which and see the world and all. NH ch CS three see the world and all. NH ch CH two, CH and C is three. See history in here Carboni group into your image Ch CH two as it and see the bill want all orange. This is the structure of the Cuban trade traffic right? And next year. But be we have given to try to play this G L. N. The low to me meet Tony Sistine. Well I see and the structure for this the trumpet died is yeah, is to end see it CS two CS two see the Belmondo In H two and here Cyril won't fall image. Ch suitable won't fall in it. Ch see the world and all and it see it see the world bordeaux orange In Here. Ch two. Yes it and yeah CH two CH two As cell for see it three and last one is we have the traffic paid is then I see sustain midnight metering and good to me structure for this traffic died is yeah. H2 NCH seed will want all and it ch CS two is it and here see the bourbon hole image, see it, see the phone call and h ch see they were going to call or rich India. CS two CS two see the bill want all and it's too CS two CH two self care see is tree.


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