Question 34 2 pts oring An astronomical unit is: the average distance between the Earth and the Sun the distance to the nearest star the time it takes for the solar system to turn once on its axis the distance covered by light in one month the distance covered by light in one year Previous Next
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An astronomical unit is a unit of measurement used in astronomy to describe the average distance between the Earth and the Sun. Show more…
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Solar system distances are so great that units other than miles or kilometers are often used. For example, the astronomical unit $(A U)$ is the average distance between Earth and the sun, or $92,900,000$ miles. Use this information to convert each planet's distance in miles from the sun to astronomical units. Round to three decimal places. The planet Mercury's AU from the sun has been completed for you. (Source: National Space Science Data Center). If you are investing money in a savings account paying a rate of $r,$ which account should you choose-an account compounded 4 times a year or 12 times a year? Explain your choice.
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Solar system distances are so great that units other than miles or kilometers are often used. For example, the astronomical unit $(A U)$ is the average distance between Earth and the sun, or $92,900,000$ miles. Use this information to convert each planet's distance in miles from the sun to astronomical units. Round to three decimal places. The planet Mercury's AU from the sun has been completed for you. (Source: National Space Science Data Center). To borrow money at a rate of $r,$ which loan plan should you choose - one compounding 4 times a year or 12 times a year? Explain your choice.
Solar system distances are so great that units other than miles or kilometers are often used. For example, the astronomical unit $(A U)$ is the average distance between Earth and the sun, or $92,900,000$ miles. Use this information to convert each planet's distance in miles from the sun to astronomical units. Round to three decimal places. The planet Mercury's AU from the sun has been completed for you. (Source: National Space Science Data Center). $$ \begin{array}{|l|l|l|l|} \hline \text { Planet } & {\text { Miles from the Sun }} & {\text { AU from the Sun }} \\ \hline \text { Mercury } & {36 \text { million }} & {0.388} \\ \hline \end{array} $$ Earth $\quad 92.9$ million
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