Problem 2 Spectra 240 Relative Intensity LOD TRANSMITTANCE D CDC13 100 80 20- 4000 platult.p 3440 72 1641 70 1504 60 1427 60 1402 47 1382 70 1359 45 1364 38 3429 72 3343 74 3094 84 3053 84 3003 86 1676 4 220 25 200 3000 50 1310 43 1014 72 1280 52 991 84 953 44 837 34 1257 26 1246 37 1119 81 1089 74 1026 77 QE-300 180 652 52 604 55 602 62 160 2000 75 m/z HAVENUMBERI- 140 100 1500 120 100 125 1000 80 150 60 http 500 40 20 0

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Q: ignore (solvent) 190 180 170 160 150 140 130 120 110 100 90 80 70 60 50 40 30 20 190.20 159.87 136…

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Q: Compound 1: C8H100 HSP-00-067 d(2 H) d(2 H) ppm s(3 H) T s(3 H)

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Q: OH HO

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Q: NMR+Unknown+%282%29 C: 58.80%, H: 9.87%, O: 31.33% 100 4000 10 MS-NU-0010 60 C 40 100- Relative…

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Q: 3.0 Spectrum 1 2.8 2.6 2.4 2.2 2.07 1.00 B 2.0 1.8 1.6 1.4 1.19 1.2 a A 1.0 0.8 0.6 0.4 0.2 ppm

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Q: Part B Show which carbon atoms give rise to which peaks in the spectrum. CI I CH3-CH-CH a b CI I CI…

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Applications of Molecular Spectroscopy

When light sources pass through the diffraction grating then light splits into different wavelengths. The light source produces two types of patterns that are shown as destructive and non-destructive. The light source is in the form of quanta that is quantitation.