5. For a standard NMR experiment (as shown in the figure below) of a sample containing two tubes of water at different locations, imagine that the magnetic field (Bo) can be controlled such that half of the sample (containing tube 1) is Br1=14.1T and the other half of the sample (containing tube 2) is Bo=13.9 T. What is the Larmor frequency for each tube? If instead of water, the tubes contain 20Na, what will the Larmor frequency be for each tube? Bo=13.9T Bo=14.1T Vo=? VoF?
5. For a standard NMR experiment (as shown in the figure below) of a sample containing two tubes of water at different locations, imagine that the magnetic field (Bo) can be controlled such that half of the sample (containing tube 1) is Br1=14.1T and the other half of the sample (containing tube 2) is Bo=13.9 T. What is the Larmor frequency for each tube? If instead of water, the tubes contain 20Na, what will the Larmor frequency be for each tube? Bo=13.9T Bo=14.1T Vo=? VoF?
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Transcribed Image Text:5. For a standard NMR experiment (as shown in the figure below) of a sample containing two
tubes of water at different locations, imagine that the magnetic field (Bo) can be controlled
such that half of the sample (containing tube 1) is Ba1=14.1T and the other half of the sample
(containing tube 2) is Bo=13.9 T. What is the Larmor frequency for each tube? If instead of
water, the tubes contain 2Na, what will the Larmor frequency be for each tube?
Bo=13.9T
Bo=14.1T
Vo=?
VoF?
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