6. The CNMR and HNMR spectra of acetylferrocene are shown below. Paste the spectra into your...
1. label all spectra in IR
2. figure out structure. label a,b,c,d, etc in structure and
corresponding letter on all peaks in HMNR and CNMR
3. show all calculations
IR/HNMR/CNMR MW=122: 124 AMU 1:1 11 10 200 150 160 140 120 100 ppm 100 0
C. HNMR-6 points The eucalyptus oil mig Below are HNMR and CNMR spectra of gne of the possible erpere ht have been analyzed by HNMR to determine which diene it comalned of the possible l This may not be the terpene starting materials: β- myreene, a-terpinene, allo-ocimene or a-phell actually present. andrene (Table 1). This may ON the spectra that follow: a. Label all terminal methyl groups b. Label all alkene Proons intheHNMR with (:01) 1pt e. Label all alkene...
1. label all spectra in IR
2. figure out structure. label a,b,c,d, etc in structure and
corresponding letter on all peaks in HMNR and CNMR
3. show all calculations
IR/HNMR/CNMR MW=122: 124 AMU 1:1 200 180 160 340 120 100 0 0 0
Determine structure of unknown compound by deducing the formula
and analyzing the spectra.
Part C:S IR/HNMR/CNMR Unknown #93 MW=134 AMU / ring SOC-H dromul 5,311 - Overlapping Signals, 4 1,34 HEP-11-24 ppm 4 Signals 120-160 ppm 200 180 20-0-075 160 240 120 80 40 20 100 pon
Part A: Make sure to write the labelled molecule structure on each 'HNMR and CNMR. Unknown #73: Annotate and assign the NMR Spectra of 5-chloro-2-pentanone: I m, 3H CH-CH2-CH2-CH - CH, m 3H m2H 11 10 9 8 7 6 5 1 HSP-00-414 ppm 10-09 Ci 6 b CH CH₂ CH₂ 1 1 CH₂ à el 1 СЕ О 60 40 200 200 180 160 140 120 100 30 ppm CDS-04-000
please answer completely and correctly
8) The 'H and "C NMR spectra of a compound with the formula CHoBr are shown below. Pr a structure for this molecule and assign the peaks in the spectra. TMS 10 9 0 ppm Chemical shift (5) TMS 200 180 16010 120 10806040 20 ppm Chemical shift (8) 9) The mass spectrum and 13C NMR spectrum of a hydrocarbon are shown below. Propose a structure for this hydrocarbon and explain your answer based on...
On the following pages you will find problems of both HNMR and
CNMR For each of the problems calculate the number of unsaturated
sites, each set of peaks are already labeled A,B, C…, darw the
proposed structure, and label the hydrogens appropriately. Example
provided. Line drawings are fine
Problem 2: C4HgO2 U- 511.5, s δ 2.3, t 81.8, multiplet δ 1.0, t Draw structure and annotate C B A 16 14 12 1O 6 4 2 0 4 HSP-00-115 ppm...
On the following pages you will find problems of both HNMR and
CNMR For each of the problems calculate the number of unsaturated
sites, each set of peaks are already labeled A,B, C…, draw the
proposed structure, and label the hydrogens appropriately. Example
provided. Line drawings are fine
Problem 8: C,H,OCI U- Draw structure and annotate C B 11 0 98765 4 321 HSP-00-190 ppm Draw structure and annotate d c b 200 180 160 140 120100 80 6040 20...
On the following pages you will find problems of both HNMR and
CNMR For each of the problems calculate the number of unsaturated
sites, each set of peaks are already labeled A,B, C…, darw the
proposed structure, and label the hydrogens appropriately. Example
provided. Line drawings are fine
Problem 7: CH20, U- 6122 δ 5.0, septet 82.3, q 6 1.3, d δ 1.2, t Draw structure and annotate BA 10 8 3 2 0 HSP-00-309 ppm Draw structure and annotate...
1. label all spectra in IR
2. figure out structure. label a,b,c,d, etc in structure and
corresponding letter on all peaks in HMNR and CNMR
3. show all calculations
IR/HNMR/CNMRT MW=88 AMU 9.3 T. 2 T. 2 Broads, Рprm 200 150 160 140 120 100 pom 80 O 40 20