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IB Physics Topics D.1-D.4 Complete Package | Fields, Potential & Electromagnetic Induction (2025)

IB Physics Topics D.1-D.4 Complete Package | Fields, Potential & Electromagnetic Induction (2025)

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Comprehensive IB Physics Fields Package: From Gravitational Potential to Electromagnetic Induction (SL/HL)

Master gravitational, electric, and magnetic field concepts with our detailed teaching resources, precisely aligned with IB Physics 2025 syllabus.

Complete Fields Package Contents

D.1 Gravitational Fields & Potential Resources

  • Newton's law of gravitation
  • Gravitational field strength (g)
  • Gravitational potential (V)
  • Equipotential surfaces
  • Gravitational potential energy
  • Field and potential relationships
  • Orbital dynamics calculations
  • Escape velocity problems
  • Satellite motion and Kepler's laws

D.2 Electric & Magnetic Fields Materials

  • Coulomb's law applications
  • Electric field strength (E)
  • Electric potential (V)
  • Potential difference concepts
  • Capacitor physics
  • Electric potential energy
  • Field line representations
  • Magnetic field patterns
  • Magnetic flux density (B)
  • Field strength calculations

D.3 Motion in EM Fields Content

  • Charged particle dynamics
  • Force on moving charges
  • Cyclotron motion
  • Mass spectrometry principles
  • Lorentz force calculations
  • Particle accelerator physics
  • Velocity selector problems
  • Hall effect applications

D.4 Electromagnetic Induction Resources

  • Faraday's law applications
  • Lenz's law demonstrations
  • Induced EMF calculations
  • Generator principles
  • Transformer theory
  • AC/DC current principles
  • Magnetic flux change
  • Self-induction concepts

Key Features

2025 Syllabus Aligned

Updated for latest IB assessment requirements

Field Visualization Tools

Interactive potential diagrams and field mapping

Regular Updates

Email notifications for new content additions

Engineering Applications

Real-world examples of field theory in practice

Visual Learning

Comprehensive equipotential surface mapping

Perfect For

✓

IB Physics teachers teaching field theory

✓

Students mastering potential concepts

✓

Laboratory experiment preparation

✓

Advanced problem-solving practice

✓

University preparation

Important Notes: Materials updated for 2025 syllabus requirements, emphasis on potential-field relationships, regular content enhancements, adaptable teaching resources.

Learning Support Includes

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Detailed Theory

Field and potential relationships

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Worked Examples

Step-by-step problem solving

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Field Visualizations

Interactive learning tools

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Investigation Guides

Practical experiment procedures

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Assessment Questions

IB-style practice problems

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