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Lab 10 – Rotation of Saturn

Lab 10 – Rotation of Saturn. Spectral Lines Match. Distant Star. Earth. Radial Velocity -. Radial Velocity +. Laboratory Spectrum. Laboratory - No Radial motion. Radial Velocity = 0. Blue s hift. Red s hift. .  o. Light from here Red Shifted. Spectroscope Slit.

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Lab 10 – Rotation of Saturn

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  1. Lab 10 – Rotation of Saturn

  2. Spectral Lines Match Distant Star Earth Radial Velocity - Radial Velocity + Laboratory Spectrum Laboratory - No Radial motion Radial Velocity = 0 Blueshift Redshift  o

  3. Light from here Red Shifted Spectroscope Slit Light from here Blue Shifted No Doppler Shift From this Light

  4.  B A o V A B Saturn V

  5. Reference Line  o Top Bottom  (mm) = Bottom Distance – Top Distance

  6. Finding the Rotation Period of Saturn Distance = Velocity X Time V Distance = Equatorial Circumference = R Time = Rotation Period Saturn

  7. The End

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