Run this simulation and answer the following questions in your notes.
1. Click on the “Charts” tab. Give the man 5 m/s of velocity and run the simulation. Draw the Position vs. time graph of his motion before he hits the wall in your notes. Title your graph “Position vs. Time of a man moving at 5m/s constant velocity.
2. Draw the velocity vs. time graph and label it.
3. What is the acceleration of a flat velocity vs. time graph like the one in #2?
4. Reset all the settings by clicking “Reset All.” Now give the man an acceleration of 2 m/s^2. Draw the Position vs. Time graph and title it properly.
5. Draw the Velocity vs. time graph. What does this graph tell you about how the velocity changes.
6. Use this simulation to fin the acceleration of a woman pushing a 20kg cart with 40N of force. Draw the dots that show her position vs. time.
7. Use this simulation to find out how long it takes a 5 m high ball to fall to the ground. Be sure to set g = 10.
8. Use this simulation to find the angle that makes the projectile reach the furthest from where it started and what angle makes it reach the highest. Draw the two projectile paths in your notes.
9. Use this page to draw the free body diagram of a book on a table, a girl hanging by two ropes, and an egg free-falling.
10.