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The average distances between some objects in our solar system are described below.
The average distance from Earth to the Moon is 3.844*10^5 kilometers.
The average distance from Jupiter to the Sun is approximately 2*10^3 times the average distance from Earth to the Moon.
Based on this information, what is the average distance from Jupiter to the Sun?

A) 7.688*10^2
B) 7.688*10^5
C) 7.688*10^8
D) 7.688*10^15

Respuesta :

fayezfathah

The answer is option C) 7.688 * 10^8.

It's simple. Just add 5 and 3. Then you will get 8. And then multiply 3.844 * 2   . You will get 7.688. After that write this down : 7.688 * 10^8.

Hope this answer will help you a lot. If it does then mark my answer as the brainliest please:)!

HamK

Answer: Option C.

Step-by-step explanation:

Average distance from Earth to the Moon (d1) = 3.844*10^5 km.

Average distance from Jupiter to the Sun (d2) = 2*10^3 times the average distance from Earth to the Moon (d1).

Which is same as

d2 = 2*10^3 × d1

d2 = 2*10^3 × 3.844*10^5

d2 = 2*3.844*10^3*10^5

d2 = 7.688*10^(3+5)

d2 = 7.688*10^8

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