Question 9 (1 point) In the diagram shown satellite S moves in a circular orbit around the Earth (E)The direction of the acceleration of the satellite is toward point A b B C d D

To answer this question, we need to understand the nature of the motion of a satellite in orbit around a planet. A satellite in a stable circular orbit is constantly accelerating towards the center of the orbit due to the gravitational pull of the planet it is orbiting. This acceleration is what keeps the satellite in orbit, preventing it from flying off into space in a straight line due to its inertia.Given the details of the image:- The dashed circle represents the orbit of the satellite.- Point A is inside the dashed circle.- The solid circle S is outside the dashed circle, and it represents the satellite's orbit.- Point E is inside the solid circle S, which represents the Earth.Since the satellite is in orbit around the Earth, the direction of its acceleration must be towards the center of the orbit, which is where the Earth (E) is located.Step 1: Identify the center of the satellite's orbit.- The center of the orbit is where the Earth (E) is located.Step 2: Determine the direction of the acceleration.- The acceleration of the satellite is directed towards the center of the orbit, which is point E.Step 3: Match the direction of the acceleration with the given options.- Since point E is the Earth and the acceleration is towards the Earth, we need to find the option that corresponds to the direction towards point E.Step 4: Extract the final answer.- The correct answer is the option that indicates the direction towards point E.Answer: a