book:chap4:4.8_mechanical_similarity_kepler_s_3rd_law
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| book:chap4:4.8_mechanical_similarity_kepler_s_3rd_law [2021/12/18 13:06] – created abril | book:chap4:4.8_mechanical_similarity_kepler_s_3rd_law [2024/01/08 17:30] (current) – jv | ||
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| Line 58: | Line 58: | ||
| that the Sun mass $m_S$ is $1000$ times larger than the mass of Jupiter, | that the Sun mass $m_S$ is $1000$ times larger than the mass of Jupiter, | ||
| the largest planet. | the largest planet. | ||
| - | Therefore, for the motion of the planets we have $(m_1+m_2)/\mu \simeq m_S$ | + | Therefore, for the motion of the planets we have $m_1\:m_2/ |
| and | and | ||
| \begin{align*} | \begin{align*} | ||
book/chap4/4.8_mechanical_similarity_kepler_s_3rd_law.1639829197.txt.gz · Last modified: 2021/12/18 13:06 by abril