Making hydraulic car lift working model,
in this course introduces students to the principles of hydraulics and how they are applied in lifting heavy loads, such as cars, with minimal effort. This course explains Pascal’s Law, which states that pressure applied to a confined fluid is transmitted equally in all directions, allowing a small force to lift a larger weight. Learners will design and build a small-scale hydraulic car lift model using simple materials like syringes, tubes, water, and a sturdy platform to demonstrate the mechanism. Step-by-step instructions guide students in assembling the system, filling it with liquid, and testing its lifting capacity. The project not only teaches fluid mechanics and pressure distribution but also shows real-world applications of hydraulic systems in garages, workshops, and heavy machinery. Ideal for school science fairs, engineering projects, or classroom demonstrations, this hands-on course enhances problem-solving, creativity, and practical understanding. By the end, learners will confidently explain the science and applications behind hydraulic car lifts. howtofunda
