Learn Physics Interactively with GeoGebra Simulations

Vivax Solutions, 05/apr/2024

[color=#1551b5][b]Master Physics with Engaging Simulations![/b][/color] This comprehensive guide empowers you to create dynamic physics simulations and animations using GeoGebra, the popular math software. Forget static equations and textbooks - bring physics to life with visual representations that deepen your understanding. No coding experience necessary! Whether you're a student, educator, or physics enthusiast, this book provides a step-by-step approach to building your own GeoGebra simulations. Explore a wide range of topics, including: [list] [*] Motion: Projectile motion, freefall, and uniform circular motion come alive. Visualize gravity, forces, and acceleration. [*] Waves: Animate sound waves, light waves, and water waves. Gain a deeper understanding of frequency, wavelength, and amplitude. [*] Electricity: & Magnetism: Explore electric circuits, magnetic fields, and relationships between voltage, current, and resistance. [*] Mechanics: Simulate collisions, simple machines (levers, pulleys), and the laws of motion. [*] And many more... [/list] Transform your physics learning with this innovative GeoGebra book! Perfect for high school students, physics enthusiasts, and educators seeking new teaching methods, this book unlocks the power of GeoGebra for interactive physics exploration. Key Features: [list] [*] Learn at your own pace: Clear instructions and screenshots guide you through the process. [*] Interactive Exercises: Test your understanding and apply knowledge with engaging activities. [*] Customizable Examples: Modify existing simulations to explore different scenarios and solidify learning. [*] Real-World Applications: See how physics principles play out in everyday situations. [*] Bonus Resources: Access online materials for additional activities and downloadable GeoGebra applets. [/list]


  • 1. Electromagnetic Induction
  • 2. Astronomical Telescope
  • 3. Refraction of Light - interactive
  • 4. Total Internal Reflection - interactive animation
  • 5. Simple Harmonic Motion Graphs
  • 6. wind-power-generator
  • 7. Charging a Capacitor
  • 8. The Parallelogram Rule
  • 9. Discharging a Capacitor
  • 10. Instantaneous Speed
  • 11. Maximum Power of Load
  • 12. Electromagnetic Wave
  • 13. Potentiometer - physics
  • 14. A Level Physics - wave motion, phase and path differences
  • 15. Convex Lenses
  • 16. Varying acceleration probllem
  • 17. Wave-phase-difference
  • 18. Motion Time Graphs
  • 19. Lami's Theorem
  • 20. Boyle's Law
  • 21. Terrestrial Telescope
  • 22. Stationary Wave
  • 23. Conservation of Mechanical Energy
  • 24. CRO
  • 25. Interactive Electric Circuit
  • 26. Energizing a Charged Particle
  • 27. pendulum
  • 28. Simple Pendulum
  • 29. Resultant of Two Forces
  • 30. Projectiles
  • 31. CRO
  • 32. Well of Death
  • 33. Resultant of Three Forces
  • 34. Resultant of Three Forces
  • 35. Newton's First and Second Law of Motion
  • 36. Ceiling Height - SHM
  • 37. Motion under Gravity
  • 38. small angles in radians
  • 39. Small angles in radians
  • 40. thermistor
  • 41. Root-mean-square voltage
  • 42. 3D Rotation - cone
  • 43. Instantaneous Velocity
  • 44. wind-power-generator
  • 45. wind-power-generator-physics
  • 46. Terminal Velocity
  • 47. Energy in Simple Harmonic Motion
  • 48. wave-profile
  • 49. Triangle of Forces
  • 50. Triangle of Forces
  • 51. Beats
  • 52. Series and Parallel Circuit Calculations
  • 53. wave-motion-practice
  • 54. Upthrust
  • 55. motion-time-graph
  • 56. Charging a Capacitor
  • 57. Resultant of Two Forces
  • 58. Resultant of Five Vectors
  • 59. Interactive Electric Circuit
  • 60. Energizing a Charged Particle
  • 61. Beat and Interference of Waves

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Electromagnetic Induction

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