3. A certain radical contains one lN and two equivalent 'H nuclei. The center of the EPR spectrum is a 328.51 mT in a spectrometer operating at 9.2330 GHz. The hyperfine coupling constants of the electron with the nitrogen and hydrogen are 1.61 mT and 0.35 mT, respectively. a. Compute the g-value for the radical. Box your answer. b. Sketch and label the EPR spectrum with the appropriate intensity pattern (just plot A vs. Bo, not da vs. B. for simplicity). Show your work with Pascal's triangle. The magnetic field axis should be relatively accurate given the information above. dB 3. A certain radical contains one lN and two equivalent 'H nuclei. The center of the EPR spectrum is a 328.51 mT in a spectrometer operating at 9.2330 GHz. The hyperfine coupling constants of the electron with the nitrogen and hydrogen are 1.61 mT and 0.35 mT, respectively. a. Compute the g-value for the radical. Box your answer. b. Sketch and label the EPR spectrum with the appropriate intensity pattern (just plot A vs. Bo, not da vs. B. for simplicity). Show your work with Pascal's triangle. The magnetic field axis should be relatively accurate given the information above. dB