Number 10 10. (12 pts) In the following molecules. tell how many peaks are in the...
Give the number of ^1H NMR signals for following compound, and then determine how many peaks are present for each NMR signal. Number of signal(s):
predict the IR spectrum and HNMR of 2-bromocyclohexanone
peaks in the NMR spectrum and record the chemical shift, the splitting, an peak in the NMR table below. 1H NMR Data Peak Chemical Shift (6) Multiplicity н Peak Structure: 1 1 5 Br 6 N 3 7 4 8 + Specify the number of hydrogens associated with each peak. 11. Draw the major organic product for each of the following reactions. a. o
1. For the following molecules give the number of proton and carbon signals and for the proton signals give the relative intensities and their multiplicities (i.e. the spin-spin splittings). (10 pts) BONUS (4 pts) CH CH -C He Would the protons labeled Ha and He have the same chemical shifts or different chemical shifts? Briefly explain your answer
8. [18 pts) Provide the expected organic product(s) from each of the reactions below. Ignore the stereochemistry. No mechanism required! (3 points for each organic product, switching the major and minor will be penalized) a. Major: NaOCH; E2 Br b. Major Minor OH E2 Br 3 products in total CH,OH ΕΙ 6. 19 pts] For each of the following reactions, give the organic product(s), and include the stereochemistry when applicable. No mechanism required! (3 points for each organic product) a....
For the following compound give the number of 1H NMR signals,
and then determine how many peaks are present for each NMR signal.
Please help with part 2!
Be sure to answer all parts. For the following compound give the number of H NMR signals, and then determine how many peaks are present for each NMR signal Part 1 Number of signal(s): 2 Part 2 out of 2 Ha o CH H peak(s) H peak(s) Check my work Next part...
Help analyze and interpt the H nmr peaks for sulfanilamide and
identify impurities to tell how pure it is.
This report was created by ACD/NMR Processor Academic Edition. For more information go to www.acdlabs.com/nmrproc/ 11/8/2018 9.08:08 AM Acquisition Time (sec) 5 1212 Date Nov 7 2018 Date Stamp Nov 7 2018 entsICHEM 2325 NMR Data Fall 20181 Sulfanilimide Section 412325 Tue 004 1 5 20181107 fidlid 399 91 32768 Original Points Count 32768 48 00 6398 46 Points Count Pulse...
Please help me answer questoions 10 and 11. My teacher does not
provide an answer key. Explanations and tips to learn/master these
types of problems would be appreciated.
37oo 10 April 3, 2015 mpi ete the fol am 3 9 reactions. Show stereochemistry when relevant. (25 pts) CH Na N3 H3 CH3CN H, CH. CH S- Na DMSO Br Na -OCH 2CH3 CH3 CH3CH2OH, 50°C products (circle the major product) 1. Complete stereochemistry when (18 pts) the following reactions. Show...
please solve clear with number , thankyou ?????
5. [14 pts) Provide the major products of reacting the alkene shown in the middle of the scheme below with all the reagents independently. Draw the products' structures in the corresponding table below showing whether it is a Syn or Anti addition when applicable. No mechanism required! (3 points cach organic product and 2 points for the stereochemistry. Adding the stereochemistry when it is not needed will be penalized) A HO Acidic...
how do you get these answers? please show work
13, (5 pts) How many different peaks should be present in the "C NMR spectrum of the following molecule? c. 6 d. 7 None of the above 14, (5 pts) Given that the reactivity for monochlorination of an alkane is 5.0:3.5:1.0 (3201), what will be the percent of each product A, B? Ch H3C-CH-CH-CH3 H2C + Ha CH3 CH3 CH 55% 45% c, d. e. 86%, 14% 17%,83% None of the...
1. How many different sets of "chemically equivalent
protons" are on each of these different compounds?
2. Give the splitting pattern for the designated
protons on the following molecules.
3 Which type of spectroscopy can most easily be used
to tell these two compounds apart? (Note superscripted number
denotes mass number of isotope of oxygen)
10. Identify which compound best matches the following
spectral data.
1. How many different sets of "chemically equivalent protons" are on each of these different...