Please read problem before solving there are some notes on errors
1. Hydroxychloroquine has been a fan favorite of some politicians in recent history, but, despite the hopes of nonscientists, is ineffective against treating SARS-CoV2 or its symptoms. Determine the number of chemically distinct carbons and the number of chemically distinct hydrogens in this wa Hydroxychloroquine 2. Tamiflu has been a molecule used to treat various influenzas in recent history, including those in recent epidemics and pandemics in the early 2000s. (A) Determine the number of chemically distinct hydrogens and carbons in this molecule. NH Tamiflu (*) Determine the expected splitting pattern for each hydrogen in Tamiflu Molecular Formula: CHUN IR: medium size abosorption at 2250, strong abosorption at 2250 cm : Provide the structure of the compound charactenzed by the data provided H spectrum THE Ja a quintet M. . PPU 18C spectrum 120 100 GO PPM Molecular Formula: C,H,O,N Provide the structure of the compound characten zed by the data provided "H spectrum SH, triplet 17 2H, J75 HP 2H. J = 7.5 H H. quintet J. TH, quintet 27 PPM 13C spectrum I 140 100 20 PPM 35 of 61 Provide the structure of the compound charactenzed by the data provided Molecular Formula: CM,NO IR: weak abosorption at 3400, strong abosorptions at 3100, 2950, 1175 cm MS: Major fragment observable at mv2 = 135 Hint: The ' peak at -6 ppm corresponds to protons on the carbon at -100 ppm in the 19C spectrum. TH spectrum BH. . H. J-6.82 TH, J-75 TH, J-75 TR sest J7, TH, od 7 JE 11. THE 11 TH dd FINE THE PPM 18C spectrum 100 140 120 100 PPM Provide the structure of the compound characten zed by the data provided MS:major peaks atm/z: 226, 228, and 91 The two peaks in the MS at Miz= 226 and M/z=228 have an equal intensity Inegnt) in the mass Spectrum H spectrum 2H. 2H. 7.1 SHm 2,1 J7.1 18C spectrum 2 separate peaks 220 200 160 140 120 PPM 100 37 of 61 1. Hydroxychloroquine has been a fan favorite of some politicians in recent history, but, despite the hopes of nonscientists, is ineffective against treating SARS-CoV2 or its symptoms. Determine the number of chemically distinct carbons and the number of chemically distinct hydrogens in this molecule. OH HN Hydroxychloroquine 2. Tamiflu has been a molecule used to treat various influenzas in recent history, including those in recent epidemics and pandemics in the early 2000s. (A) Determine the number of chemically distinct hydrogens and carbons in this molecule. HN NH Tamiflu (B) Determine the expected splitting pattern for each hydrogen in Tamiflu 3 Molecular Formula: CHEN IR: medium size abosorption at 2250, strong abosorption at 2950 cm Provide the structure of the compound charactenzed by the data provided "H spectrum 2H, 3H, J=7 2H, quintet J = 7 lui 2H, sextet J-7 PPM 13C spectrum 120 100 80 60 40 20 PPM Molecular Formula: C,H,O,N Provide the structure of the compound charactenzed by the data provided "H spectrum 6H, triplet J-TH 2H, J-7.5 HE 2H, d J = 7.5 Hz 4H. quintet J = 7 Hz 1H. quintet J = 7 Hz PPM 19C spectrum 1 160 140 120 100 20 PPM 40 Provide the structure of the compound charactenzed by the data provided Molecular Formula: CHISNO IR: weak abosorption at 3400, strong abosorptions at 3100, 2950, 1175 cm MS: Major fragment observable at m/2 = 135 Hint: The 'H peak at 6 ppm corresponds to protons on the carbon at -100 ppm in the 13c spectrum. "H spectrum 3H, 2H, 3H, d J= 6.8 Hz TH, J = 7.5 TM, d J = 7.5 1H, sextet J = 7.6.8 Hz JE 11, 1H, dd 1H, dd 7 Hz J= 11, 7 Hz 1H, PPM 13C spectrum 160 140 120 100 80 PPM 60 40 20 Provide the structure of the compound charactenzed by the data provided MS: major peaks at m/z: 226, 228, and 91 The two peaks in the MS at miz=226 and m/z=228 have an equal intensity inegut) in the mass Spectrum. "H spectrum 2H, S 2H, J= 7.1 5H, m 2H. J= 7.1 2 PPM 13C spectrum 2 separate peaks 220 200 180 160 140 120 PPM 100 80 60 40 20
