For a satellite orbiting Earth, the time required to complete a single orbit is known as the period.The period P, in hours, is related to the distance D, in miles, from the center of Earth by the formula . As the period increases, so does the distance.What can you say about the rate of increase in distance as period increases? A graph of D versus P can help you answer this question.

A) Distance increases at an increasing rate as period increases.
B) Distance increases at a decreasing rate as period increases.
C) A point of inflection is reached.
D) None of the above.

Question

For a satellite orbiting Earth, the time required to complete a single orbit is known as the period.The period P, in hours, is related to the distance D, in miles, from the center of Earth by the formula  . As the period increases, so does the distance.What can you say about the rate of increase in distance as period increases? A graph of D versus P can help you answer this question.
​
A) Distance increases at an increasing rate as period increases. 
B) Distance increases at a decreasing rate as period increases. 
C) A point of inflection is reached. 
D) None of the above.

Quizplus · Accepted Answer

The Answer of For a satellite orbiting Earth, the time required to complete a single orbit is known as the period.The period P, in hours, is related to the distance D, in miles, from the center of Earth by the formula  . As the period increases, so does the distance.What can you say about the rate of increase in distance as period increases? A graph of D versus P can help you answer this question.
​
A) Distance increases at an increasing rate as period increases. 
B) Distance increases at a decreasing rate as period increases. 
C) A point of inflection is reached. 
D) None of the above.

For a Satellite Orbiting Earth, the Time Required to Complete