Calculating Projectile Trajectory Without Air Resistance

In summary, the individual is seeking help with understanding physics and finding a formula for calculating the trajectory of a cannon with no air resistance. They are specifically looking for the range of a cannon's firing when shot on level ground at a speed of 1440 ft/s. They are directed to a resource for equations and are grateful for the assistance.
  • #1
stamter3
2
0
Greetings,

Before I begin my problem, I would like to confess that I understand almost nothing about physics. My math is limited to what I am doing in class right now as a ninth grader ( I understand quadratics...). I am doing a research project, and I need some help.

Homework Statement



What I am looking for is the trajectory formula when firing a cannon with no air resistance. For example, If I fired a cannon on level ground, and fire a round at 1440 ft/s, where will my round land if it does not encounter any obstacles.


Homework Equations



Please show me a formula I can use for this, and where i plug in the numbers.

Thanks in advance.
 
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  • #3
Thanks its perfect!
 

FAQ: Calculating Projectile Trajectory Without Air Resistance

What is the Trajectory Formula for a Cannon?

The Trajectory Formula for a Cannon is a mathematical equation used to calculate the path of an object launched from a cannon. It takes into account the initial velocity, launch angle, and gravity to determine the trajectory of the object.

How is the Trajectory Formula derived?

The Trajectory Formula for a Cannon is derived from the principles of projectile motion and Newton's laws of motion. It combines the equations for horizontal and vertical motion to determine the trajectory of the object.

What are the variables in the Trajectory Formula for a Cannon?

The variables in the Trajectory Formula for a Cannon include the initial velocity (V0), launch angle (θ), time (t), acceleration due to gravity (g), and the horizontal (x) and vertical (y) displacements of the object.

What are the units for the variables in the Trajectory Formula for a Cannon?

The initial velocity is measured in meters per second (m/s), the launch angle is measured in degrees (°), time is measured in seconds (s), acceleration due to gravity is measured in meters per second squared (m/s²), and the horizontal and vertical displacements are measured in meters (m).

Can the Trajectory Formula for a Cannon be used for any object launched from a cannon?

Yes, the Trajectory Formula for a Cannon can be used for any object launched from a cannon as long as the object follows a parabolic path and the initial conditions (such as initial velocity and launch angle) are known.

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