The volume of Jupiter is about 1.43*10^15 cubic kilometers. The volume of Earth is about 1.09*10^12 cubic kilometers. The number of Earths that can fit inside Jupiter can be found by dividing Jupiter's volume by Earth's volume. Find this quotient and express the answer in scientific notation.

asked by Claire

8 years ago

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1 answer

That would just be

1.43/1.09 * 10^(15-12)

answered by Steve

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Question

The volume of Jupiter is about 1.4310^15 cubic kilometers. The volume of Earth is about 1.0910^12 cubic kilometers. The number of Earths that can fit inside Jupiter can be found by dividing Jupiter's volume by Earth's volume. Find this quotient and express the answer in scientific notation.

1 answer

That would just be

1.43/1.09 * 10^(15-12)

Steve · Answer

That would just be 1.43/1.09 * 10^(15-12)