Predict proton spin energy levels in the external magnetic field of B = 10 [T] for...

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Predict proton spin energy levels in the external magnetic field of B = 10 [T] for the 12C 'H2 group in a molecule in which both protons in the 12C 'H2 group are fully deshielded. Compute the frequency of electromagnetic wave needed to induce the pro- ton spin-flip transition assuming no interaction between proton spins. Then discuss how would the frequency of the wave inducing proton spin-flip transition change if the interaction between proton spins within the 12C 'H2 group is included. Predict proton spin energy levels in the external magnetic field of B = 10 [T] for the 12C 'H2 group in a molecule in which both protons in the 12C 'H2 group are fully deshielded. Compute the frequency of electromagnetic wave needed to induce the pro- ton spin-flip transition assuming no interaction between proton spins. Then discuss how would the frequency of the wave inducing proton spin-flip transition change if the interaction between proton spins within the 12C 'H2 group is included.

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The photon frequency required is given by f gB g 2zh For a proton the constant g 4258 MHzT Tes... View the full answer