IB Physics Topics B.1-B.5 Complete Package | Thermal Physics & Electricity Study Materials (2025)

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Comprehensive IB Physics Thermal & Electrical Package: From Heat Transfer to Circuit Analysis (SL/HL)

Master thermal physics and electrical fundamentals with our complete teaching and learning resources, fully aligned with the IB Physics 2025 syllabus.

Complete Thermal & Electrical Package Contents:

✓ B.1 Thermal Energy Transfer Resources:

Conduction, convection, and radiation
Thermal conductivity and resistance
Heat transfer calculations
Temperature scales and conversions
Specific and latent heat problems

✓** B.2 Greenhouse Effect Materials:**

Earth’s energy balance
Atmospheric effects
Solar radiation and absorption
Climate system fundamentals
Environmental physics applications

✓ B.3 Gas Laws Content:

Ideal gas equations
Pressure-volume relationships
Temperature-volume relationships
Kinetic theory of gases
Real gas behavior

✓** B.4 Thermodynamics Resources:**

First law of thermodynamics
Internal energy calculations
Work done by/on gases
PV diagrams and cycles
Efficiency calculations

✓ B.5 Current & Circuits Materials:

Ohm’s law applications
Series and parallel circuits
Circuit analysis techniques
Electrical power calculations
Component characteristics

Key Features:
2025 Syllabus Aligned: Updated for latest IB assessment
Dual Coverage: Standard and Higher Level content
Regular Updates: Email notifications for new content
Classroom Ready: Adaptable teaching materials
Visual Learning: Circuit diagrams and thermal process illustrations

Perfect For:
IB Physics teachers delivering thermal and electrical units
Students mastering thermodynamics and circuits
Laboratory experiment preparation
Problem-solving practice and exam preparation

Important Notes:

Materials updated regularly for 2025 syllabus
Focus on conceptual understanding and application
Ongoing content enhancement
Customizable classroom resources
Learning Support Includes:
Comprehensive topic notes
Solved numerical problems
Circuit design exercises
Thermal physics calculations
Practice assessments with solutions