This compound has a molecular formula of CgH100. Given its molecular weight and this spectral data, what is it?-1IR: Short, messy peak between 3000 to 3100 cm, stronger, rough peak below 3000 cm1, strong peak at approx 1690 cmNMR: 7.9 ppm, multiplet, ratio of 2; 7.3 ppm, multiplet, ratio of 1; 7.1 ppm, multiplet, ratio of 2; 3.0 ppm, quartet, ratio of 2; 1.2 ppm, triplet, ratio of 338 (ppm)froquency 2.4.& (ppm)frequencyC6H5COC6H5O C6H5CHOHCH=CH2O C6H11COCH3O C6H5COCH2CH3C6H5CH2CH2CHO

Given: 7.9 ppm , 2H , multiplet 7.3 ppm, 1H , multiplet 7.1 ppm , 2H multiplet 3.0 ppm, 2H,…

This compound has a molecular formula of CgH100. Given its molecular weight and this spectral data, what is it? IR: Short, messy peak between 3000 to 3100 cm', stronger, rough peak below 3000 cm1, strong peak at approx 1690 cm1 NMR: 7.9 ppm, multiplet, ratio of 2; 7.3 ppm, multiplet, ratio of 1; 7.1 ppm, multiplet, ratio of 2; 3.0 ppm, quartet, ratio of 2; 1.2 ppm, triplet, ratio of 3

This compound has a molecular formula of CgH100. Given its molecular weight and this spectral data, what is it? IR: Short, messy peak between 3000 to 3100 cm', stronger, rough peak below 3000 cm1, strong peak at approx 1690 cm1 NMR: 7.9 ppm, multiplet, ratio of 2; 7.3 ppm, multiplet, ratio of 1; 7.1 ppm, multiplet, ratio of 2; 3.0 ppm, quartet, ratio of 2; 1.2 ppm, triplet, ratio of 3

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

ChapterL3: Carbon (13c) Nmr Spectroscopy

Section: Chapter Questions

Problem 14CTQ

See similar textbooks

Similar questions

When measured on a spectrometer operating at 200 MHz, chloroform (CHCl3) shows a single sharp absorption at 7.3 Î´. (a) How many parts per million downfield from TMS does chloroform absorb? (b) How many hertz downfield from TMS would chloroform absorb if the measurement were carried out on a spectrometer operating at 360 MHz? (c) What would be the position of the chloroform absorption in Î´ units when measured on a 360 MHz spectrometer?
Using a 60 MHz spectrometer, a chemist observes the following peak: doublet, J = 7 Hz, at 4.00 ppm How many hertz away from the TMS (tetramethylsilane, defined as 0 ppm) peak is this peak in the 60 MHz spectrum?
this is mass spectrum.a. Methylcyclohexaneb. 2-Methyl-pentenec. 2-methtl-2-hexanold. ethyl isobutyl ether which is each proper structure?what is each peak mean ?How molecular ion to transfer eacg fragment?
The intensity of M+, M+1, and M+2 peak are 100.0, 6.8, 31.9. The compound contains carbons, hydrogens, and a heteroatom. What is the molecular formula of the compound? (use format CxHyZ, where Z is heteroatom)
Identify as many Peaks in these 2 IR Specs possible
Which of the following molecules matches the given data? (Note: All the molecules have a M+ = m/z 102) C5H10O2 base peak = m/z 43
Label the molecular ion, the base peak, and the M + 1 peak in the mass spectrum of pentane (C5H12).
With a resolution of 500 a peak will an m/z value of 297.000 from which of the following peaks? 297.439 297.603 297.356 298.000 297.232
I was labeling my IR Spec of resorcin[4]arene•H2O. Are my peaks labeled correctly? Did I forget any major peaks? Thank you!
Propose a molecular formula for a compound that exhibits the following peaks in its mass spectrum Problem 1: (M)+• at m/z = 72, relative height = 38.3% of base peak; (M+1)+• at m/z = 73, relative height = 1.7% of base peak
Propose a molecular formula for a compound that exhibits the following peaks in its mass spectrum. (M)+• at m/z = 68, relative height = 100% (base peak) (M+1)+• at m/z = 69, relative height = 4.3%
Using a 60 MHz spectrometer, a chemist observes the following peak: doublet, J = 7 Hz, at 4.00 ppm How many hertz away from the TMS (tetramethylsilane, defined as 0 ppm) peak would this peak be in a spectrum collected on a 300 MHz spectrometer?