Question: https://www.loom.com/share/44f759b06665491a8639183db188c40b 4. Using kinematic equations, predict how far away from the cannon, horizontally the ball will land. Use the space below to show your work.

https://www.loom.com/share/44f759b06665491a8639183db188c40b

https://www.loom.com/share/44f759b06665491a8639183db188c40b 4. Using kinematic equations, predict how far away from the cannon,

4. Using kinematic equations, predict how far away from the cannon, horizontally the ball will land. Use the space below to show your work. 5. See if your prediction was correct by firing the cannon. Take a screenshot of your successful shot in the space below. (at this point, you should have both t and Ax filled in on the first table) 6. In the space below, calculate the final vertical velocity (Uf y) of the projectile

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