Solve the problem.
-The following table contains information about moons orbiting a planet named Geo I. Use the table to solve the problem. $$\begin{array} { c | r | r | r }
\text { Moon } & \begin{array} { r }
\text { Average Distance } \
\text { from Geo I (in km) }
\end{array} & \text { Diameter (in km) } & \begin{array} { r }
\text { Time of Revolution in } \
\text { Earth Time (in years) }
\end{array} \
\hline \text { Luna 1 } & 3000 & 419 & 0.75 \
\text { Luna 2 } & 3900 & 2163 & 2.31 \
\text { Luna 3 } & 90,000 & 302 & 4.08 \
\text { Luna 4 } & 129,600 & 721 & 43.83 \
\text { Luna 5 } & 297,000 & 1140 & 112.86
\end{array}$$ What is the average time of revolution of the moons? Round your answer to the nearest hundredth
Of a year.
A)949.00 years
B)32.77 years
C)2.31 years
D)4.08 years

Question

Solve the problem.
-The following table contains information about moons orbiting a planet named Geo I. Use the table to solve the problem. $$\begin{array} { c | r | r | r } 
\text { Moon } & \begin{array} { r } 
\text { Average Distance } \
\text { from Geo I (in km) }
\end{array} & \text { Diameter (in km) } & \begin{array} { r } 
\text { Time of Revolution in } \
\text { Earth Time (in years) }
\end{array} \
\hline \text { Luna 1 } & 3000 & 419 & 0.75 \
\text { Luna 2 } & 3900 & 2163 & 2.31 \
\text { Luna 3 } & 90,000 & 302 & 4.08 \
\text { Luna 4 } & 129,600 & 721 & 43.83 \
\text { Luna 5 } & 297,000 & 1140 & 112.86
\end{array}$$ What is the average time of revolution of the moons? Round your answer to the nearest hundredth
Of a year.
A)949.00 years
B)32.77 years
C)2.31 years
D)4.08 years

Quizplus · Accepted Answer

The average time of revolution is calculated by summing the times of revolution for all moons and dividing by the number of moons: (0.75 + 2.31 + 4.08 + 43.83 + 112.86) / 5 = 32.766, rounded to 32.77 years.

Solve the Problem What Is the Average Time of Revolution of the Moons