Final answer:
To simulate projectile motion, you can use tools like Virtual Physics and PhET Explorations simulations. You can also analyze projectile motion problems using one-dimensional kinematic equations for x and y motion. It's important to consider velocity, acceleration, and displacement to fully describe projectile motion.
Step-by-step explanation:
In order to simulate projectile motion, you can use various tools and simulations. One example is the Virtual Physics simulation, where you can blast objects out of a cannon and experiment with changing the angle, initial speed, mass, and adding air resistance. Another option is the PhET Explorations simulation, which allows you to blast a Buick out of a cannon and learn about projectile motion by firing various objects. You can set the angle, initial speed, mass, and even add air resistance to make it more realistic.
When analyzing projectile motion problems, you can use the one-dimensional kinematic equations for x and y motion. You can break down the motion into horizontal and vertical components and use the equations to solve for different variables.
To fully describe projectile motion, you need to consider velocity, acceleration, and displacement. Assuming negligible forces except gravity, you can find their components along the x and y axes. By breaking the two-dimensional motion into two independent one-dimensional motions, you can solve for the time a projectile is in the air based on its vertical motion.