5

Which of the isomeric alcohols having the molecular formula $mathrm{C}_{6} mathrm{H}_{14} mathrm{O}$ are chiral? Which are achiral?...

Question

Which of the isomeric alcohols having the molecular formula $mathrm{C}_{6} mathrm{H}_{14} mathrm{O}$ are chiral? Which are achiral?

Which of the isomeric alcohols having the molecular formula $mathrm{C}_{6} mathrm{H}_{14} mathrm{O}$ are chiral? Which are achiral?



Answers

Name all the alcohols that have the formula $\mathrm{C}_{5} \mathrm{H}_{12} \mathrm{O}$ . How
many ethers have the formula $\mathrm{C}_{5} \mathrm{H}_{12} \mathrm{O} ?$

Which of the non sick like ice murmurs of Brahma chloral propane are optically active. So three Roman three chloral protein is optically active. Do to the presence of a chi role. Carbon atom. Let's draw it out here and indicate the Cairo carbon atom we have each to see double bond C H C C l br each Our Cairo carbon atom is right here as it is attached to four different substitutes.

Hi guys. Live some from problem sheep on six. You need to find how many I summers possible. Fault even compounds. Four strong is alcohol with formula given. So we see that only three con woman signed for alcohol the national groupies Ohh. And it should rebound to one carbon. The oxygen should rebound one carbon so far, finding by summers we need to draw on the government's kill ignorance. Let us draw their only three carbon. So it can be like this, Andi. Or it can be lying This when one, 233 car bombs on one to three the center problems. So it should have one Always rue pan All this one can have on troop here. So the alcohol everybody's form look and have only do I summers No again broom came from from Wilkin One Roman is going to be bound with Tom Carbon and therefore problems which can be an insulators. Draw them Bad governance structure are gonna structure and they can be simple. Four problems with the room and can be advanced of the end. Or we can draw it like this. Three 1234 Drew Ramos This one is one wrong. This one is one gram Well, can 2nd 1 in stoop room. And then? And there was a movie. Is this one? 1234 are ones And the final one is going to be like this way one, do four. So this compound can have four I summers on the tower estimates the functional group is this one. So one carbon is going to get a street oxygen and some for leader in Struga. Carbon back gone. It's scary. Didn't that skeleton of the bomb bombs? They're four problems, One Lebanese gone struggle under four problems. One do feed for this is one by someone. The other one can be this one Next. What weekend do is these? And touched on the problems on the other side And Emelin every possible he's so this third home compound, which is that how it started can him again for my summers

So we have the following descriptions as well as molecular formulas, and we want to go ahead and draw the corresponding or a corresponding organic compound that's going to have at least one Kyle center. So, um, what we can do for Compound A is we know we're going to have a chloroquine with the molecular formula C five h 11 c l And so what I like to do is I like to just go ahead and roll the parent chain right away. And so we have five different carpets. So I like to start with a five carpet parent chain, which would be a plantain. And so that's going to look like this, right? And now we all have to do is just at her chlorine. And so if I were to head at the one position, I would see that I'm not going to have any Cairo centers. So if I was gonna added at the two position here, I would see that this particular carbon here, But I have a Red Star next to is actually going to be a car a carbon because it's going to be connected to the chloride gonna be connected. Teoh them Ethel, and it's going to be connected to the Pro Bowl on the right, and it's also connected to a unseen hydrogen here. And so therefore, that is going to be an example for compound A. So that would be, ah to Cora plantain for Compound B. We have an alcohol with the Milica formalist C six, age 14 0 eso We go ahead and start by drawing the parent chain, so I like to draw a heck ST for six garments. Good. And once again, I'm gonna drop my alcohol. If I were to do that on the position number one, I wouldn't be able to have any Cairo center. So just go ahead and do that on number two, okay? And it looks like I do have the formula Medical formula met. And if I were to try to identify with their have a Carl center, I would see that I'm going to have one right here because I'm connected to my alcohol group on the top as well as my hydrogen group that I had to have not drawn in here. No drawing right there on the left. I have my method group and then on the right. I have my beautiful group in. Therefore, I would say this is an example for, ah, compound number be our compound Letter B, for example. See, we have an Al cane with the Millikan formless C six h 12. So what I like to do, of course. Just go out and start by drama parent chain. What if I draw a heck seen? What is that gonna at what's gonna happen? All right, So if I drove my one heck seen, um, I would right away. I noticed that I can't have any Cairo, uh, centers. So I'm just gonna go ahead and, you know, cross that out. So let's go ahead and draw a different one, right? So let's go ahead and make our parents chain five instead. Okay? And now, where am I going to add my, um, my method group? Well, I wouldn't want to add it to the one or two position, because that's not going to give me Carl center. So if I added to the three position, does that give me a Cairo center with the right Millikan formula? Well, I have the right. My luck would formally met. So let's go ahead and identify whether or not on this particular one is a Carl center. So on the left of this carbon, I have my cocaine. And then on the right, I have my effort group, and then on the bottom. I have my method group. And then, of course, coming on the bottom out here as well. I have my hydrogen. So, in fact, I do have four different groups, and therefore, I would say that this is a Cairo compound and this would be our three methyl pen one mean okay. And for simple d looking for a now Cain with Blackwood formless C eight h 18. And of course, you know, I like to start with my, um, parent chain as eight. But if I were to do that, I would see I wouldn't be able to get any Ah, Carl Centers. So what if I try help? Teen? So you didn't draw that? Okay, so I have my hep teen analysis a matter of where do I place my methyl group? Right. So if I were gonna place it right here, I would see right away that I might be trying to get this particular carbon to be Cairo. However, I have, you know, a method group here hit him with the group here, which are the same. And therefore I would say, you know, it's not it's not Put our method group there right and put it somewhere else. So what if I were gonna put it on the three position and said, you know, what would that look like? Okay, so I got to do that. And, you know, let's identify whether or not this is Cairo. Right? So on the left side of that, uh, Carl center, I have another group. And then, of course, in the bottom, I have my method group in my hydrogen groups. That's three different groups already. And then on the right of this, I have my my beautiful group, right? 1234 My Beetle group. So, and as a matter of fact, I do have I am connected to four different groups. And therefore I would say that this is a Carl center, a Cairo compound that meets the molecular formula C eight, h 18 and this would be

So I have the molecular formula C five h 12 0 and I'm also told that I have eight different alcohols that correspond with this medical formula. And so what I want to go ahead and do is just draw each one of them and label which one of them, Ah, which of those They're going to be? Cairo. So what I like to do is just go and start with my parent Jane being five carpets. And so what second I look like, Well, it's gonna look like this. And then, of course, I'm gonna have my alcohol touch to that. And that does meet my medical formula. Ah, and so that would be my would be one alcohol. And then what? I like to do it. And ah, what now? What I like to do is just go ahead, move that alcohol group around. So where here it's gonna be a one petting all. I'll go ahead and make it a two pet in all. And so what is that gonna look like? And so I have to petting all now and now. I can just move it around to the three position and now I have three putting. All right, Uh, that looked like this. Of course I wouldn't have four or five petting all because I would just be the same thing. That's one and two. And so now what I can do is, um And now I could make it such that my parent chain only has four now, and I could start moving the methyl group around. So what I can draw is, for example, um, excited primary alcohol so I can have a following, right? But now I can move my method group around, and I wouldn't put it in the one position because that's gonna be the same thing as our to Penhall. And so what if I try putting our method group in the two position? What is that gonna look like? Well, like something like that. And now I could move it to the three position. And so no, what is that gonna look like? Right, So it'll look like this where my method group is now in the three position. And now what I can do is I can make it a secondary alcohol. Ah, with the with the same parent Jane being a beauty, so keep the same parent chain here, Butane and I could be a secondary alcohol, right? And now I can add my method group on the ah two and three position. So I'll go ahead and put it on the two position with the alcohol. And so I had B team Ethel to boot in all. And now I could do put it on the three position, and so it's gonna look like this, right? So I saw my alcohol secondary alcohol there, and now I have that in the three position. Okay, so that gives me seven. And now I have That helps me with all my butane in my plantain parent chains. And what if I go to my propane parent, Jane, what is that gonna look like? So but I have my propane parent chain. Um, I gotta have my two method groups right here. Right. And then I gotta have my o h. Here. That is the only way that we can fulfill the molecular formula given. And so now we want to identify which of them is going to be Cairo. Eso for the one petting all. There is no Cairo there for the two. Pet now looks like we do have a Cairo center here and that be right here because we have the method group, the hydroxide group Thea hydrogen that has not shown. And then we also have the, um, proper group on the right. And so we would say that is going to be a Carl Ah, car. It's a Cairo compound and then moving on to the right. We have our three petting all, um, that doesn't have any Cairo centers. And then we're moving on to our two mythical one. Beautiful. Um, looks like this one does have a carol center, which would be located right here. Right. So we would have our, um we would have our ethanol on the right. We would have our ethnic group on the left. We would have our method group on the bottom. And then, of course, our hydrogen group that is not being shown. Therefore, we have four different groups, and that is our Carol Carl center. And then moving on, we would go to our three methyl one butin all that one does not have any Cairo centers and then are two metal to butin All that also does not have any Carl centers And then now we go to our three methyl tribute in all. And it looks like this one does have a cargo centre. It's gonna be this one right here. We see that this is a carol center because as for different groups attached to it, we have our method group. We have our isopropyl group on the right. We have our hydroxy group on the top. And then, of course, our hydrogen group that's not being shown. And so therefore, that compound is Cairo, and then our last one or two to dimethyl propane, All pro Putin won. All sorry is not Cairo, and it doesn't have any Carl Centers. So what we're going to say here is that these falling markets here are in fact, Carl, because they do have a asymmetric Carl center.


Similar Solved Questions

5 answers
Date MayFinal MAT112 ~Mehael_d lelgurai length of the curve Name 3) Find the exact 0 <x< 1 4x3/2 , Y =3 +
Date May Final MAT112 ~Mehael_d lelgurai length of the curve Name 3) Find the exact 0 <x< 1 4x3/2 , Y =3 +...
5 answers
17. (8pts) You have 51.7mL of a phosphoric acid (HzPOA) solution: In a titration, 23.4mL of 3.IM NaOH is required. What was the concentration of the original solution?
17. (8pts) You have 51.7mL of a phosphoric acid (HzPOA) solution: In a titration, 23.4mL of 3.IM NaOH is required. What was the concentration of the original solution?...
5 answers
Point) Let A =and bThe QR factorization of the matrix A is given by:3 3 3 V2 3 6 V25 2Applying the QR factorization to solving the least squares problem Ax = b gives the system:(b) Use backsubstitution to solve the system in part (a) and find the least squares solution:
point) Let A = and b The QR factorization of the matrix A is given by: 3 3 3 V2 3 6 V2 5 2 Applying the QR factorization to solving the least squares problem Ax = b gives the system: (b) Use backsubstitution to solve the system in part (a) and find the least squares solution:...
5 answers
E t Een0 R 5- € @M1cln 20Knmnatibilir; McSavna _SargnKanncer7lknhUtmtncanIdatipesiynLavomtRterenanMallings nMFAlshareKarntnenisThe fectioufl)=r'Men2. Use the Risection inlerve of lepgi less lban 0 ]Algoritk DZITOI (be kration Wc fcolWc kow thar limlv7) What valuc: Or nround quaranIC tuthr 005 unuts ctJ7 Withi 0.005 units 0f37ffr)-v:34 ruJT+lusJa"m Ln oetTyrue hte ta scaren20
e t Een 0 R 5- € @ M1cln 20 Knmnatibilir; Mc Savna _ Sargn Kanncer7lknh Utmt ncan Idati pesiyn Lavomt Rterenan Mallings n MFAl share Karntnenis The fectiou fl)=r' Men 2. Use the Risection inlerve of lepgi less lban 0 ] Algoritk DZITOI (be kration Wc fcol Wc kow thar limlv7) What valuc: Or...
1 answers
The code word GGG cannot be deciphered in the same way as can UUU, $\mathrm{CCC}$, and $\mathrm{AAA}$, because poly(G) does not act as a template for protein synthesis. Poly(G) forms a triple-stranded helical structure. Why is it an ineffective template?
The code word GGG cannot be deciphered in the same way as can UUU, $\mathrm{CCC}$, and $\mathrm{AAA}$, because poly(G) does not act as a template for protein synthesis. Poly(G) forms a triple-stranded helical structure. Why is it an ineffective template?...
5 answers
013.1 6 PointsEvaluatesin(r) dr.Plcase select file(s)Select file(s)
013.1 6 Points Evaluate sin(r) dr. Plcase select file(s) Select file(s)...
5 answers
Fonat 1 Ihe Aral 1 1 8 1 H
Fonat 1 Ihe Aral 1 1 8 1 H...
1 answers
On a set of architectural drawings for a new school, the scale is $\frac{1}{2}$ inch $=$ 9 feet. Find the actual length of each room. $$\begin{array}{|l|c|}\hline \quad \quad \quad \text { Room } & \text { Drawing Distance } \\ \hline \text { Mail Room } & 2.3 \text { inches } \\\hline\end{array}$$
On a set of architectural drawings for a new school, the scale is $\frac{1}{2}$ inch $=$ 9 feet. Find the actual length of each room. $$\begin{array}{|l|c|}\hline \quad \quad \quad \text { Room } & \text { Drawing Distance } \\ \hline \text { Mail Room } & 2.3 \text { inches } \\\hline\end{a...
5 answers
Q-1 a)If the beaker is placed at an angle of 45 degrees with respectto the horizontal axis, how much rain water can be collected duringthe 15 minutes? Enter the number in mL below, to two decimalplaces.B)Calculate the angle the vector A makes with the x-axis. Enteryour answer in degrees, to two decimal places.
Q-1 a) If the beaker is placed at an angle of 45 degrees with respect to the horizontal axis, how much rain water can be collected during the 15 minutes? Enter the number in mL below, to two decimal places. B) Calculate the angle the vector A makes with the x-axis. Enter your answer in degrees, to t...
5 answers
Fv { tk (Se TKin Copper WJi {8 / 5 4 the Ppese nu mbed (C Kaltaws Po sson'$ clislcibul ;on W ; IG Wcam 2 f (ans pe Il;urter Ka* Pro bal;/y 2f < ~titn eKac #ly 2f ( aX 0 ; Il; w;re 2 , w kat is $ {x eroLablly #lat_ H 249 tan6 kt U en Fwo Cumse &t;vc Ons lesc +uam m nA
Fv { tk (Se TKin Copper WJi {8 / 5 4 the Ppese nu mbed (C Kaltaws Po sson'$ clislcibul ;on W ; IG Wcam 2 f (ans pe Il;urter Ka* Pro bal;/y 2f < ~titn eKac #ly 2f ( aX 0 ; Il; w;re 2 , w kat is $ {x eroLablly #lat_ H 249 tan6 kt U en Fwo Cumse &t;vc Ons lesc +uam m nA...
5 answers
Find the magnitude of the linear momentum of a 710-kg car moving at 2.3 m/s speed.The linear moment of the car;Units ( Select an answerWhat should be the speed of a 60-g tennis ball s0 it has the same momentum?The speed of the ball,Units Select an answerWhich object from the previous questions is harder to stop? Select an answer What minimal force is required to stop the car in 8 sec time interval?The force,Units Select an answer
Find the magnitude of the linear momentum of a 710-kg car moving at 2.3 m/s speed. The linear moment of the car; Units ( Select an answer What should be the speed of a 60-g tennis ball s0 it has the same momentum? The speed of the ball, Units Select an answer Which object from the previous questions...
3 answers
MESSAGETNSTRUCTORFULI SCREENPAAMAEREP VERSChapter 5, Section 5.3, Question 15Use the linearity of 2- partial fraction expansions_ and table of Elementary Laplace Transforms to find the inverse Laplace transform of the given function.5s _ 14 52 _ 85 + 20Click here to enter or edit your answer2-1 (Y (s))Click if you would like to Show Work for this question: Qpen _Show Work
MESSAGE TNSTRUCTOR FULI SCREEN PAAMAEREP VERS Chapter 5, Section 5.3, Question 15 Use the linearity of 2- partial fraction expansions_ and table of Elementary Laplace Transforms to find the inverse Laplace transform of the given function. 5s _ 14 52 _ 85 + 20 Click here to enter or edit your answer ...
5 answers
A multiple serial dilution was performed. The sample is diluted½, ½, ½, and ½ again.What is the concentration in tube 3 if the original startingconcentration was 24 mg/dL?a) 6 mg/dLb) 12 mg/dLc) 3 mg/dLd) 4 mg/dL
A multiple serial dilution was performed. The sample is diluted ½, ½, ½, and ½ again. What is the concentration in tube 3 if the original starting concentration was 24 mg/dL? a) 6 mg/dL b) 12 mg/dL c) 3 mg/dL d) 4 mg/dL...
5 answers
A Wuli { 1 jouno 21 Select The sjii , the one: 00 W (1) E f solution (2- (757?Return 8
A Wuli { 1 jouno 21 Select The sjii , the one: 00 W (1) E f solution (2- (757? Return 8...

-- 0.022931--