Determine the maximum angle of inclination (without the box sliding down)

In this video, we solve a classic physics problem using Newton’s Second Law and trigonometry! We determine the maximum angle of inclination an inclined plane can have before a 2.50 kg box starts sliding down, given a coefficient of static friction of 0.35. Learn step-by-step how to construct a free body diagram, break down vectors using sine and cosine functions, and set up equilibrium force equations. 📌 Video Highlights & Timestamps: 00:00 - Problem Setup & Newton's Second Law 01:00 - Constructing the Tilted Free Body Diagram 02:48 - Vector Components with Trigonometry 04:09 - Solving Equilibrium Equations for Maximum Angle If you found this math and physics tutorial helpful, don't forget to like, subscribe, and turn on notifications! #Physics #AppliedMath #Trigonometry #StaticFriction #NewtonsLaws #STEM #MathOwl