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At an operating frequency of 350 MHz, the shift (in Hz) of resonance from TMS (tetramethylsilane) of a proton with chemical shift of 2 ppm is ___________.
    Correct answer is '700'. Can you explain this answer?
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    At an operating frequency of 350 MHz, the shift (in Hz) of resonance f...
    Calculation of Resonance Shift

    Operating Frequency: 350 MHz
    Tetramethylsilane (TMS) Chemical Shift: 0 ppm
    Proton Chemical Shift: 2 ppm

    The resonance shift can be calculated using the following formula:

    Resonance Shift (in Hz) = (Operating Frequency * Chemical Shift) / Reference Chemical Shift

    Substituting the given values in the formula, we get:

    Resonance Shift (in Hz) = (350 MHz * 2 ppm) / 0 ppm
    Resonance Shift (in Hz) = 700 Hz

    Therefore, the shift of resonance from TMS of a proton with chemical shift of 2 ppm at an operating frequency of 350 MHz is 700 Hz.
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    Community Answer
    At an operating frequency of 350 MHz, the shift (in Hz) of resonance f...
    Chemical shfit(ppm) =
    Resonating frequency(Hz) / Operating Frequency (MHz)
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    At an operating frequency of 350 MHz, the shift (in Hz) of resonance from TMS (tetramethylsilane) of a proton with chemical shift of 2 ppm is ___________.Correct answer is '700'. Can you explain this answer?
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