What are some scientific questions that can be asked about projectile motion?

There are several scientific questions that can be asked about projectile motion. Here are a few examples:

1. How does the angle of launch affect the range of a projectile?
To answer this question, you can conduct an experiment where you launch a projectile at different angles and measure the range (horizontal distance traveled). By collecting and analyzing the data, you can determine the relationship between launch angle and range.

2. What factors affect the height reached by a projectile?
To investigate this question, you can vary the initial velocity, launch angle, or other parameters and observe the height reached by the projectile. By systematically changing these variables and analyzing the results, you can identify the factors that influence the maximum height attained.

3. How does air resistance impact the motion of a projectile?
To explore this question, you can compare the trajectory of a projectile in a vacuum (where air resistance is negligible) with the trajectory in the presence of air resistance. By controlling and comparing these conditions, you can determine the extent to which air resistance affects the path of the projectile.

4. How does the mass of a projectile affect its motion?
To investigate this question, you can launch projectiles of varying masses and observe their paths. By analyzing the data, you can examine the impact of mass on factors such as the range, height, or time of flight of the projectile.

Remember, these are just a few examples of scientific questions related to projectile motion. The key is to design experiments or simulations that allow you to manipulate different variables and observe the resulting effects on the motion of the projectile.