You have no idea how long this took me. This project was built to explore trigonometry, and how it's involved with projectile motion (basically the motion of a flying or falling object, if you don't know) ========GUIDE========= THE SLIDERS: -power: the velocity (in units per second) the projectile starts out with. -height: the distance from the ground the projectile is when shot. -barrel: the length of the shooting part of the shooter. -scale: how zoomed in the picture is. THE BUTTONS: -unit switches: seen under their respective sliders, these control what unit you use in that section. -unit system: the two buttons in the bottom right, these let you select whether you use the Metric measuring system (meters) or the Imperial system (feet). OTHER: -time: shown in seconds how long it takes the projectile to hit the ground again after being shot. -distance: the distance the projectile goes before hitting the ground.
PLEASE CLICK SEE INSIDE i want you to be impressed by my undeniable skill in Scratch. Also, big thanks to my dad for helping me understand really in-depth how trigonometry works. also I am required to give you this link and cite the image of the Burma flag lol: https://www.freepik.com/free-photos-vectors/icon Icon vector created by rawpixel.com - www.freepik.com keywords and stuff: pen trajectory path trigonometrics quadratic equation / formula sine cosine tangent angle amaze
