Expand your understanding: 6. Use the m screen to expand your ideas about what affects the landing location and path of a projectile. List any discoveries you made to identify additional things that affect the landing site of a projectile and] or path of a projectile. Next to each item, briey explain why you think the motion of the projectile is affected\" 7. Calculate the range of a projectile using our Physics equations for a projectile launched at 0, 5 m above the ground with no air resentence and an initial velocity of 10 m/s. Now set up the experiment in the lab section and see if your calculations match the sim. Show all work and explain how the sim compared. 8. Calculate the range and max height of a projectile using our Physics equations for a projectile launched at 35", at ground level with no air resentence and an initial velocity of 20 m/s. Now set up the experiment in the lab section and see if your calculations match the sim. Show all work and explain how the sim compared. Is there a second angle that will get you to the same target? What is it and why? 9. If the target is set 35 m from the launch point and you launch at 45, calculate what launch speed the projectile would need to hit the target. How long is the projectile in the air? Show all work