Projectile motion Example problem 1

The video tutorial explains a projectile motion problem involving a cannonball fired from a mountain. It covers setting up the problem with axes, splitting velocity into components, and using integration to find velocity and displacement equations. The tutorial concludes by solving for the horizontal distance traveled by the projectile, emphasizing the importance of initial conditions and boundary values.

How do you determine the time when the cannonball hits the ground?

Describe the process of finding the horizontal distance traveled by the cannonball.

What is the significance of the negative solution obtained in the projectile motion problem?

What is the final answer for the horizontal distance traveled by the cannonball?