Scratch Game Physics: Coding Gravity and Velocity for Beginners

Ever wondered how to make characters in Scratch jump, fall, and move with realistic weight? Adding physics like gravity and velocity is the secret to making simple games feel smooth, responsive, and fun to play. This text-based course takes you step-by-step through the fundamental logic of game physics. You will transition from basic block movements to programming dynamic, natural-looking motion by manipulating variables for speed, acceleration, and gravity. What you'll learn: - Understand the core concepts of variables, coordinate systems, and basic game loops in Scratch. - Design realistic falling mechanics by implementing a custom velocity variable. - Configure gravity to make sprites accelerate naturally as they drop. - Apply collision detection so characters land perfectly on platforms instead of falling through the floor. - Practice organizing scripts using custom blocks to keep your Scratch projects clean, modular, and easy to debug. This course begins with foundational definitions of game physics and coordinate systems, ensuring you understand the math behind the movement. You will then work through structured written guides to build, test, and refine a working physics engine block by block. Designed for absolute beginners, young learners, parents, and educators, this course requires no prior programming experience. Start reading today and bring your Scratch games to life with realistic movement.