Admit that the planets, Mars, Jupiter and Saturn could be paraded in their motion translation around the Sun. Mark the alternative that best represents the fall times,TM, TJ and TS, respectively of these planets in the Sun. Admit the mass of the Sun is twice the estimated amount for your mass.
Admit that the planets, Mars, Jupiter and Saturn could be paraded in their motion translation around the Sun. Mark the alternative that best represents the fall times,TM, TJ and TS, respectively of these planets in the Sun. Admit the mass of the Sun is twice the estimated amount for your mass.
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Admit that the planets, Mars, Jupiter and Saturn could be paraded in their motion translation around the Sun. Mark the alternative that best represents the fall times,TM, TJ and TS, respectively of these planets in the Sun. Admit the mass of the Sun is twice the estimated amount for your mass.
![1:)Tm = 121 year s, Tj = 766 years and T, = 5, 2 year s
2 :)Tm = 766 days, Tj = 121 days and T, = 5, 2 days
3 :)none of the alternatives
4 :)Tm = 5, 2 days, Tj = 766 days and T, = 121 year s
5 :)Tm = 121 days, T = 766 days and T, = 5, 2 year s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3e9cecf-8bc6-4f0e-99c2-4b16558674c1%2F21ad549a-184d-4909-8ca2-a52fbaa1bdb4%2Fb625lc_processed.png&w=3840&q=75)
Transcribed Image Text:1:)Tm = 121 year s, Tj = 766 years and T, = 5, 2 year s
2 :)Tm = 766 days, Tj = 121 days and T, = 5, 2 days
3 :)none of the alternatives
4 :)Tm = 5, 2 days, Tj = 766 days and T, = 121 year s
5 :)Tm = 121 days, T = 766 days and T, = 5, 2 year s
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