5. Here are some example graphs of the y position of the ball vs. time and the velocity of the ball vs. time. Answer the questions that follow the graphs. 600 400 200 velocity (m/s) 20 100 200 400 600 Time (s) ...*. Velocity (no air drag) - Velocity (with air drag) . Velocity at ground (no air drag) . Velocity at ground (with air drag) ...*. Height (no air drag) - Height (with air drag) For which scenario, with or without air drag, does it take longer for the ball to travel up to its maximum height and fall back down to the ground? How can you tell based on the graphs ? With air drag in effect, the ball takes longer to travel up and down. This is shown in the graph as the orange line crosses the x axis first, indicating that the ball has reached its maximum height and is falling to the ground. The time it takes for the ball to reach the ground is less than a ball without air drag. . For which scenario, with or without air drag, does the ball reach a higher maximum height