Saturn’s rings span up to about (7.5 · 10-1) of the distance between the Earth and its moons. If Saturn’s rings span up to (2.82 · 105 kilometers, what is the distance between Earth and its moons.
3.76 · 105 km
21,150 km
21.15 · 104 km
2.115 · 105 km

2.82 × 10^5 = (7.5×10^-1) × Length between the earth and the moon
Length between the earth and the moon = (2.82×10^5)÷(7.5×10^-1) = 376000 = 3.76×10^5
i think this is correct hope it helps.

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AdamHaunt AdamHaunt · Answer 2 · 2018-07-05T08:41:48+02:00

AdamHaunt AdamHaunt

05-07-2018

When we rewrite this one we can change to (7.5 *2.82) x (10^-1 * 10^5).
If we multiply both equations the price is (21.15) and (10^-4).

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Saturn’s rings span up to about (7.5 · 10-1) of the distance between the Earth and its moons. If Saturn’s rings span up to (2.82 · 105 kilometers, what is the distance between Earth and its moons. 3.76 · 105 km 21,150 km 21.15 · 104 km 2.115 · 105 km

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Saturn’s rings span up to about (7.5 · 10-1) of the distance between the Earth and its moons. If Saturn’s rings span up to (2.82 · 105 kilometers, what is the distance between Earth and its moons.
3.76 · 105 km
21,150 km
21.15 · 104 km
2.115 · 105 km