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Each of the Lagrangian points with Trojan asteroids forms an equilateral triangle with Jupiter and the Sun (S1=S2=a). Calculate the effective gravitational potential O at those points. some of them to eliminate "r") and use the orbital radius of Jupiter as “a". (you will need to combine

Each of the Lagrangian points with Trojan asteroids forms an equilateral triangle with Jupiter and the Sun (S1=S2=a). Calculate the effective gravitational potential O at those points. some of them to eliminate "r") and use the orbital radius of Jupiter as “a". (you will need to combine

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Each of the Lagrangian points with Trojan asteroids forms an equilateral triangle with Jupiter and the Sun (s1=S2=a). Calculate the effective gravitational potential O at those points. some of them to eliminate "r") and use the orbital radius of Jupiter as "a". (you will need to combine
Transcribed Image Text:Each of the Lagrangian points with Trojan asteroids forms an equilateral triangle with Jupiter and the Sun (s1=S2=a). Calculate the effective gravitational potential O at those points. some of them to eliminate "r") and use the orbital radius of Jupiter as "a". (you will need to combine
gravitational potential, 4: M1 M2 Ф -G - S1 S2 2
Transcribed Image Text:gravitational potential, 4: M1 M2 Ф -G - S1 S2 2
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