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MIND MAPS

Gravitation, Fluids, Oscillations, Waves

(15 Downloadable PDF Files)


Built for rapid recall and deep conceptual clarity, this complete set of 6 visually structured, easy-to-download PDF mind maps helps you see the big picture of gravitation in physics.

Each mind map is carefully designed to highlight:

✔️ Core principles and interconnected concepts
 ✔️ Visual breakdowns of key equations and their meaning
 ✔️ Logical flow from definitions to applications
 ✔️ Common misconceptions and concept traps to avoid

Topics Covered:

  1. Newton’s Law of Universal Gravitation: Understanding the Force of Attraction
  2. Vector and Scalar Forms of the Gravitational Formula: Mathematical Precision in Force Calculation
  3. Gravitational Field: Definition, Units, and Directional Analysis
  4. Gravitational Potential Energy: Derivation and Applications in Space Systems
  5. Gravitational Potential: From Field strength to Potential Difference
  6. Satellites and Orbits: Circular Motion physics and Energy Considerations
  7. Escape Velocity: Concept, Derivation, and Real-Life Context for Space Travel
  8. Kepler’s Laws: Derivations, Applications, and Graphical Insights into Planetary Motion
  9. Energy and Force in Orbital Motion: Binding Energy and Stability of Satellite Orbits
  10. Misconceptions in Gravitation: Clearing Up the Confusion About 'g', Weightlessness, and Orbiting
  11. Fluid Statics: Hydrostatic Pressure variation with depth, Pascal’s Law for hydraulics, and mastering Buoyancy via Archimedes' Principle
  12. Fluid Dynamics: Visualizing flow with Streamlines, the Equation of Continuity, and Energy Conservation using Bernoulli’s Equation
  13. Simple Harmonic Motion (SHM): Decoding the Restoring Force, Equations of Motion (x, v, a), and Phase relationships
  14. Visualizing Oscillations: The Reference Circle Method and interpreting Displacement-Velocity graphs
  15. Energy in Oscillations: The interplay of Kinetic and Potential Energy in SHM systems
  16. Pendulums and Damping: Deriving the Time Period of a Simple Pendulum and understanding Damped vs. Forced Oscillations

Who Should Use This Resource:

  • Grade 11 and 12 Physics students
  • AP Physics students
  • Competitive exam aspirants (IIT JEE, SAT Physics, NEET Physics)
  • Physics enthusiasts eager to deepen their conceptual understanding
  • Teachers seeking high-quality, ready-to-use classroom supplements