Use the spectra below to fill in all the letter spaces in the Guided synthesis
Use the spectra below to fill in all the letter spaces in the Guided synthesis Molecule 9H Зн 2н 2н PPM Molecule ) 9H...
Use the spectra above to fill in the letter spaces in the guided synthesis. Clotis 1. Imole Hel 1.Li/NH3 -78°c 2. Mc PBA 2. 1 mole HI Kamaryu H NMR/IR VE c) H₂O FNne) (NMR/IR lCq H180 co ter) C10Hz, Br Molecule 9H Зн 2н 2н PPM Molecule ) 9H ЗН ін 2H 2H Е - Molecule F IH L6H 2H2H
Use the spectra above to fill in the letter spaces in the guided synthesis in the boxes below Clotis 1. Imole Hel 1.Li/NH3 -78°c 2. Mc PBA 2. 1 mole HI Kamaryu H NMR/IR VE c) H₂O FNne) (NMR/IR lCq H180 co ter) C10Hz, Br Molecule 9H Зн 2н 2н PPM Molecule ) 9H ЗН ін 2H 2H Е - Molecule F IH L6H 2H2H We were unable to transcribe this imageWe were unable to transcribe this imageWe were unable...
Use the spectra below to fill in the boxes for the reaction above. If it isn't clear box J is (C11 H24 O) and box I is (C9 H10 O) NARCC H240) NMR (Cq HOO) Molecule 9H Зн 2н 2н PPM Molecule ) 9H ЗН ін 2H 2H Е -
Below is the H NMR spectra for the molecule styrene. Consider if a hydroboration reaction was preformed on styrene. How would the H NMR of the expected product change in comparison to styrene? Circle which peaks from the styrene spectra would disappear and not be present in the NMR of the product. Draw the expected product. Describe the splitting pattern of each new proton signal that would appear in the NMR of the product. 2) Below is the 'H NMR...