leo drew a force diagram to represent a satellite in orbit around earth. which best explains how to correct…

leo drew a force diagram to represent a satellite in orbit around earth. which best explains how to correct leos diagram? make the $f_{g}$ vector longer change the vector labeled $f_{air}$ so it is labeled $f_{p}$ add an $f_{p}$ vector at the center and pointing left remove the $f_{air}$ vector

leo drew a force diagram to represent a satellite in orbit around earth. which best explains how to correct leos diagram? make the $f_{g}$ vector longer change the vector labeled $f_{air}$ so it is labeled $f_{p}$ add an $f_{p}$ vector at the center and pointing left remove the $f_{air}$ vector

Answer

Answer:

D. remove the $F_{air}$ vector

Explanation:

Step1: Analyze satellite - orbit environment

In space where satellite orbits Earth, there is no air. So, there cannot be an air - resistance force ($F_{air}$).

Step2: Evaluate each option

  • Option A: Making the $F_{g}$ (gravitational force) vector longer is not relevant as the issue is the incorrect $F_{air}$ vector.
  • Option B: Changing the label of $F_{air}$ to $F_{p}$ does not address the fact that there is no such force in this context.
  • Option C: Adding an $F_{p}$ vector at the center and pointing left is not related to the error in the diagram which is the presence of the $F_{air}$ vector.
  • Option D: Removing the $F_{air}$ vector corrects the diagram as there is no air - resistance in the vacuum of space where the satellite orbits.