Foundational Physics: Basic Math, Vectors, and 1D Kinematics

Many students struggle with physics not because the concepts are difficult, but because they lack a solid foundation in the mathematical tools that describe physical reality. This text-only course bridges that gap by guiding you through the essential math, vector operations, and kinematics principles needed to excel in introductory physics. You will transition from understanding abstract equations to confidently solving real-world motion problems. What you'll learn: * Define and apply fundamental units, dimensions, and coordinate systems * Perform vector operations including addition, subtraction, and component resolution * Apply basic calculus concepts like derivatives and integrals to physical motion * Analyze one-dimensional motion using displacement, velocity, and acceleration * Solve kinematic equations for constant acceleration and free-fall scenarios * Interpret motion graphs to extract physical quantities and understand trends This course begins with foundational definitions of units and dimensions before introducing vector algebra and the basic calculus tools used in physics. Next, you will explore the core concepts of one-dimensional kinematics, learning how to set up and solve motion equations step-by-step. Designed specifically for beginners and pre-engineering students, this course requires no prior background in physics or advanced mathematics. Start reading today to build your core physics foundation.