Hello, same here following my previous question, if you could help me out, please? Thank you

The air resistance caused by the parachute is proportional to both its surface area and the speed squared of the lander. The graph in Figure 3 shows the speed of the lander from the time the parachute is opened. 8. At point B, is the force due to air resistance greater than, less than or equal to the force due to air resistance at point A? In one sentence, explain your reasoning. g Q | _D 1 = I\\ o || 0N I'.I ! A \\ / \\/ N \\\\ B - time Figure 3 the descent speed of the moon lander as a function of time At point C (shown on Figure 3), is the force due to air resistance greater than, less than or equal to the force due to gravity? In one sentence, explain your reasoning. Suppose that two parachutes are used to slow down the lander. In one sentence, explain how this might change the final descent speed of the lander. In one sentence, explain how the density of an atmosphere changes with altitude. In one sentence, explain how the change in atmospheric density will affect the air resistance felt by the lander