To compare Jupiter's radius to Earth's radius, we need to divide Jupiter's radius by Earth's radius.
Given:
- Earth's radius \( R_E = 3,959 \) miles
- Jupiter's radius \( R_J = 4.3441 \times 10^4 \) miles
Now we calculate the ratio of Jupiter's radius to Earth's radius:
\[ \text{Ratio} = \frac{R_J}{R_E} = \frac{4.3441 \times 10^4}{3959} \]
First, we compute the numeric value of the denominator:
\[ \frac{4.3441 \times 10^4}{3959} = \frac{43441}{3959} \approx 10.97328 \]
Now, we can express the result in scientific notation. The value \( 10.97328 \) can be rewritten as \( 1.097328 \times 10^1 \).
Thus, we now express the ratio in the form \( a \times b \) where \( a \) is the decimal part and \( b \) is the exponent:
After the full calculation, the ratio of Jupiter's radius to Earth's radius, expressed in scientific notation, is:
\[ \approx 1.097328 \times 10^1 \approx 1.097328 \times 10 = 1.097328 \]
So, if you are looking for the final answer in scientific notation without any rounding:
\[ \approx 1.097328 \times 10 \text{ miles} \]
So, Jupiter’s radius is about \( 1.097328 \times 10^1 \) times larger than Earth’s radius.