The document summarizes a project analyzing the trajectory of missiles launched by North Korea and the US to determine their intersection point. Key details include: - Graphs were created showing the trajectory of each missile based on their equations of motion. - The equations were solved and the missiles were found to intersect 232,463 miles from Earth, before reaching the moon which is 238,897 miles away. - Therefore, the conclusion is that if the missiles were launched, they would destroy each other before either could hit the moon.

1. Lunar Missile Report Harmony Austin- Presenter Amanda Havenstrite- Techy Lexi Stough-Team Leader Tyler “Cletus” Shaull- Equation

2. What We Did Gathered information needed. Graph the points Wrote the equation. Solved the equation. Used the solution to determine if the missiles would meet in time. They hit before the moon. It went BOOM!!

3. Important Graph North Korea

4. Other Important Graph U.S.A.

5. Essential Equations North Korea y = 24389.25x-21477.25 U.S.A. y = 26176.40476x-40085.07143

6. Solving the Equations y = 24389.25x-21477.25 + -y = -26176.40476x+40085.07143 0 = -1787.15476x+18607.82143 -18607.82143 = -1787.15476x 10.41981 = x

7. More Solving of Equations y = 24389.25 (10.411981)-21477.25 y = 23463.1576

8. Missile Intersection ( 10.411981, 232463.15776)‏

9. Conclusion The missiles will intersect 232, 463.15 miles away from Earth. The moon is 238, 897 miles (384, 467 km) from the Earth The missiles will intersect before they reach the moon.

10. Speed of the Korean Missile Mpd = 24389.25 miles Kpd = 39250.69315 km. Mph = 1016.21875 miles Kph = 1635.445348 km.

11. Possible Errors Distance to moon. Point where missiles started. Speed of missiles.