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6. Alpha Centauri, the nearest star other than the Sun, is 4.4 light-years from our Sun. An asteroid, lost in space, is directly between these 2 stars. Where would it be located (measured in distance from our Sun) for the gravitational force on it from these 2 stars to be equal? 1 light-year 9.461 · 1015 m. The mass of Alpha Centauri is 4.00 - 1030 kg.

6. Alpha Centauri, the nearest star other than the Sun, is 4.4 light-years from our Sun. An asteroid, lost in space, is directly between these 2 stars. Where would it be located (measured in distance from our Sun) for the gravitational force on it from these 2 stars to be equal? 1 light-year 9.461 · 1015 m. The mass of Alpha Centauri is 4.00 - 1030 kg.

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6. Alpha Centauri, the nearest star other than the Sun, is 4.4 light-years from our Sun. An asteroid, lost in space, is directly between these 2 stars. Where would it be located (measured in distance from our Sun) for the gravitational force on it from these 2 stars to be equal? 1 light-year = 9.461 · 1015 m. The mass of Alpha Centauri is 4.00 1030 kg.
Transcribed Image Text:6. Alpha Centauri, the nearest star other than the Sun, is 4.4 light-years from our Sun. An asteroid, lost in space, is directly between these 2 stars. Where would it be located (measured in distance from our Sun) for the gravitational force on it from these 2 stars to be equal? 1 light-year = 9.461 · 1015 m. The mass of Alpha Centauri is 4.00 1030 kg.
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