Circular motion to linear motion model,
in this course is designed to help students understand how rotational or circular movement can be converted into straight-line (linear) motion using simple mechanisms. In this course, learners will explore the scientific and mechanical principles behind this conversion, which is widely applied in engines, machines, and everyday tools. Step by step, the course guides students to build a working model using basic materials such as wheels, rods, cams, cranks, and cardboard. Through practical demonstration, learners will see how a rotating wheel or crank can move an attached rod back and forth in a straight line, just like in car engines or sewing machines. The project explains key concepts of physics and engineering, such as force, motion transfer, and mechanical advantage, in an easy and engaging way. By constructing this model, students develop both theoretical understanding and practical problem-solving skills. Perfect for school science projects, classroom demonstrations, and exhibitions, this course ensures that by the end, participants will have a functional model showing how circular motion is transformed into linear motion in real-life machines. howtofunda
