Get complete Kannur University KU1DSCPHY101 Physics notes for Module 1: Newton’s Laws of Motion, prepared according to the FYUGP Semester 1 syllabus approved in 2025. These notes cover the three laws of motion, their mathematical formulation, applications, and limitations in a clear and concise manner. Topics include inertia, mass and force, friction, free-body diagrams, and real-life examples that make the laws easier to understand and apply. Designed for BSc Physics FYUGP students under NEP 2020 guidelines, this study material provides in-depth theory, diagrams, solved problems, and formula summaries for quick revision. Ideal for students preparing for semester exams, internal tests, and university assessments, these notes simplify complex mechanics concepts and improve problem-solving accuracy. Whether you're studying independently or in a classroom, this module serves as a reliable resource to strengthen your foundational knowledge in classical mechanics. Master Newton’s Laws with confidence using trusted Kannur University resources.
1.Force and Interactions, Superposition of Forces, Newton’ First Law, Inertial Frames of References, Newton’s Second Law, Mass and Force, Stating
2. Newton’s Second law, Using Newton’s Second Law, Mass and Weight, Variation of g with Locations, Measuring Mass and Weight, Newton’s Third law Using Newton’s first Law: Particles in Equilibrium, Using Newton’s Second law: Dynamics of Particles, Apparent Weight and Apparent Weightlessness.
3. Friction forces-Kinetic and Static Friction, Rolling Friction, Fluid Resistance and Terminal speed, Dynamics of Circular Motion, Banked Curves and Flight of Airplanes, The fundamental forces of Nature
From the textbook: University Physics with Modern Physics – Hugh D Young & Roger A Freedman-14th edition, 2016.
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Module 1: Notes Module 1: Newton’s Laws of Motion Kannur University Notes KU1DSCPHY101
Module 2: Notes Module 2 & 3: Work and Kinetic Energy, Potential Energy and Energy Conservation Kannur University Notes KU1DSCPHY101
Module 3: Notes Module 2 & 3: Work and Kinetic Energy, Potential Energy and Energy Conservation Kannur University Notes KU1DSCPHY101
Module 4: Notes Module 4 : Momentum, Impulse and Collisions Notes Kannur University KU1DSCPHY101
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