1. A basketball shot: When you shoot a basketball, the ball follows a curved path through the air. This is projectile motion because the only force acting on the ball after it leaves your hand is gravity, causing it to accelerate downwards. The initial velocity you give the ball, both in direction and speed, determines the shape of its trajectory.

2. A baseball hit for a home run: A baseball hit by a bat travels in a parabolic arc before landing in the stands. Gravity pulls the ball downwards, while the initial velocity from the bat determines how high and far it goes. The ball's motion is influenced by air resistance as well, but the core principle of projectile motion still applies.

3. A cannonball fired from a cannon: This is a classic example of projectile motion. The cannonball travels in a curved path determined by its initial velocity and the constant force of gravity. The cannonball's trajectory will be affected by air resistance, but the basic principles of projectile motion remain the same.

These are just a few examples. Projectile motion is common in many everyday scenarios, from throwing a frisbee to the path of a water fountain.