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Johannes Kepler Discovered That a Planet's Mean Distance from the Sun

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Johannes Kepler discovered that a planet's mean distance Johannes Kepler discovered that a planet's mean distance   from the sun (in astronomical units)  is related to its period   (in years)  by the formula   Find   when   and   . A)  19.17 AU B)  15.34 AU C)  17.25 AU D)  18.58 AU E)  13.42 AU from the sun (in astronomical units) is related to its period Johannes Kepler discovered that a planet's mean distance   from the sun (in astronomical units)  is related to its period   (in years)  by the formula   Find   when   and   . A)  19.17 AU B)  15.34 AU C)  17.25 AU D)  18.58 AU E)  13.42 AU (in years) by the formula Johannes Kepler discovered that a planet's mean distance   from the sun (in astronomical units)  is related to its period   (in years)  by the formula   Find   when   and   . A)  19.17 AU B)  15.34 AU C)  17.25 AU D)  18.58 AU E)  13.42 AU Find Johannes Kepler discovered that a planet's mean distance   from the sun (in astronomical units)  is related to its period   (in years)  by the formula   Find   when   and   . A)  19.17 AU B)  15.34 AU C)  17.25 AU D)  18.58 AU E)  13.42 AU when Johannes Kepler discovered that a planet's mean distance   from the sun (in astronomical units)  is related to its period   (in years)  by the formula   Find   when   and   . A)  19.17 AU B)  15.34 AU C)  17.25 AU D)  18.58 AU E)  13.42 AU and Johannes Kepler discovered that a planet's mean distance   from the sun (in astronomical units)  is related to its period   (in years)  by the formula   Find   when   and   . A)  19.17 AU B)  15.34 AU C)  17.25 AU D)  18.58 AU E)  13.42 AU .


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