A projectile is fired horizontally from a height y above level ground. Which change would have resulted in a greater time of flight for the projectile? Neglect air resistance.

What angle would give the greatest launch distance, if all angles were launched at the same initial velocity?

What launch angle would give the greatest height for a projectile, if all initial velocities were equal?

Which velocity component remains constant for the path of a projectile?

If one bullet is dropped at the same moment and the same height as another bullet that is fired horizontally from a gun, which one hits the ground first?

If we know the initial velocity and launch angle, what trig function would we use to find the vertical velocity component?

If we know both vertical and horizontal velocity components for a projectile, what trig function do we use to find the launch angle?

True/False Vertical and horizontal velocities are independent of each other for a projectile.

What is the vertical velocity at the peak of a projectile's path?

What angle could you launch a projectile with that would give you the same distance (range) as one launched at 30 degrees? Neglect air resistance.

If a projectile launches from and lands at the ground, and has a HANGTIME of 4 seconds, what is its VERTICAL velocity when it hits the ground? (use -10 m/s2 for gravity concept)

If a projectile is launched from the ground at an initial velocity of 40 m/s, what speed does it return to the ground with?

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