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Newtons 2nd law working model 3d

Track :

Science

Course Presenter :

howtofunda

Lessons no : 23

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What will you learn in this course?
  • Design and build a 3D Newton's 2nd law model demonstrating force, mass, and acceleration relationships effectively
  • Apply physics principles to create practical experiments using pulleys, weights, toy cars, and inclined planes
  • Explain how changing force and mass affects acceleration through hands-on model demonstrations
  • Develop problem-solving, creativity, and scientific presentation skills in constructing physics-based working models

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Lessons | 23


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Newtons 2nd law working model 3d, in this course is designed to demonstrate one of the most important principles in physics: the relationship between force, mass, and acceleration. Through this hands-on course, students will learn how to design and build a practical 3D model that explains the equation F = m × a in a simple and engaging way. Using everyday materials such as pulleys, weights, toy cars, and inclined planes, learners will create experiments that show how increasing the force increases acceleration, while increasing the mass slows it down. The course guides participants step by step to assemble a working model suitable for school projects, science exhibitions, and classroom demonstrations. It combines theoretical knowledge with practical application, making abstract physics concepts easy to visualize and understand. Students will also develop problem-solving skills, creativity, and confidence in scientific presentation. By the end of the course, learners will have both a deeper understanding of Newton’s 2nd Law and a functional 3D model that clearly demonstrates how this fundamental law of motion operates in real life. howtofunda