a-satellite-with-mass-equal-to-an-average-car-1500-kg-orbits-jupiter-at-a-radius

Question

A satellite with a mass equal to that of an average car which is about 1500 kg, orbits Jupiter at a radius equivalent to twice Jupiter's radius which is: r_Jupiter = 69.911 × 10⁶m. Calculate what the gravitational potential energy is. Note that the mass of Jupiter is: M = 1.898 × 10²⁷ kg.

Accepted Answer

-1.4 × 10¹²J

Answer

-9.1 × 10¹¹J

Answer

-1.8 × 10¹²J

Answer

-3.6 × 10¹²J

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A satellite with a mass equal to that of an average car which is about 1500 kg, orbits Jupiter at a radius equivalent to twice Jupiter's radius which is: r_Jupiter = 69.911 × 10⁶m. Calculate what the gravitational potential energy is. Note that the mass of Jupiter is: M = 1.898 × 10²⁷ kg.

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A satellite with a mass equal to that of an average car which is about 1500 kg, orbits Jupiter at a radius equivalent to twice Jupiter's radius which is: rJupiter = 69.911 × 106 m. Calculate what the gravitational potential energy is. Note that the mass of Jupiter is: M = 1.898 × 1027 kg.

A satellite with a mass equal to that of an average car which is about 1500 kg, orbits Jupiter at a radius equivalent to twice Jupiter's radius which is: r_Jupiter = 69.911 × 10⁶m. Calculate what the gravitational potential energy is. Note that the mass of Jupiter is: M = 1.898 × 10²⁷ kg.