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Using a diode laser with emissions at 785 nm as a source, you measure a Stoke Raman signal at 833.5 nm in a sample of

Using a diode laser with emissions at 785 nm as a source, you measure a Stoke Raman signal at 833.5 nm in a sample of gasoline. If you moved to a different lab where the source is an argon ion laser with emission at 488 nm, at what wavelength would you measure the stokes Raman signal

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