This includes: Two powerpoint presentations One powerpoint revision Multiple flash (.swf) interactive learning modules Update: Digital notebook for students and TEACHERS! (with answers)

This includes: A powerpoint presentation Multiple flash (.swf) interactive learning modules

This includes: Three powerpoint presentations and one PDF Multiple flash (.swf) interactive learning modules

Check my shop details. 5% off site-wide CODE: ibinsight |(can’t be used in tes) Comprehensive IB Physics Mechanics & Relativity Package: From Kinematics to Special Relativity (Including HL Topics) Master fundamental mechanics through advanced relativity with our complete teaching resources, meticulously aligned with the IB Physics 2025 syllabus. Complete Mechanics Package Contents: ✓ A.1 Kinematics Core Materials: Motion in 1D and 2D Displacement and velocity vectors Acceleration calculations Projectile motion analysis Graphical analysis techniques Equations of motion applications Vector component problems ✓ A.2 Forces, Momentum & Circular Motion Resources: Newton’s laws applications Linear momentum and collisions Impulse calculations Centripetal force analysis Free body diagrams Conservation of momentum Uniform circular motion Banking angle problems ✓** A.3 Work, Energy & Power Content:** Work-energy theorem Kinetic and potential energy Conservation of energy Power calculations Energy transformation analysis Efficiency problems Work-energy graphs Non-conservative forces ✓ A.4 Rigid Body Mechanics (HL Exclusive): Torque and rotational motion Moment of inertia calculations Angular momentum conservation Rotational equilibrium Center of mass determination Parallel axis theorem Rolling motion analysis Rotational kinetic energy ✓ A.5 Relativity (HL Exclusive): Galilean relativity Einstein’s postulates Time dilation Length contraction Relativistic mass Mass-energy equivalence Spacetime diagrams Relativistic momentum Key Features: Dual Level Coverage: Complete SL & HL content Progressive Learning: From basic to advanced concepts Regular Updates: Email notifications for new materials Visual Learning: Motion diagrams and simulations Problem-Solving Focus: Step-by-step solutions Perfect For: IB Physics teachers (SL & HL classes) Students aiming for top grades University physics preparation Laboratory practical work Internal assessment preparation Important Notes: 2025 syllabus alignment HL topics clearly marked Continuous content updates Differentiated learning materials Learning Support Includes: Comprehensive theory notes Solved numerical problems Practice assessments Lab investigation guides Interactive simulations Real-world applications

Check my shop details. 5% off site-wide CODE: ibinsight |(can’t be used in tes) 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 Field Visualization Tools: Interactive potential diagrams Regular Updates: Email notifications for new content Engineering Applications: Real-world examples Visual Learning: 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: Detailed field and potential theory Worked example problems Interactive field visualizations Practical investigation guides IB-style assessment questions

Check my shop details. 5% off site-wide CODE: ibinsight |(can’t be used in tes) Comprehensive IB Physics Wave Package: From SHM to Doppler Effect (SL/HL) Master waves and oscillations with our complete teaching and learning resources, specifically designed for the IB Physics 2025 syllabus requirements. Complete Waves Package Contents: ✓ C.1 Simple Harmonic Motion (SHM) Resources: SHM equations and graphs Pendulum motion analysis Mass-spring systems Energy in SHM Period and frequency calculations ✓ C.2 Wave Model Materials: Wave characteristics and properties Longitudinal and transverse waves Wave equation derivations Wave speed calculations Phase and wavelength relationships ✓ C.3 Wave Phenomena Content: Reflection and refraction Diffraction patterns Interference principles Wave intensity calculations Polarization concepts ✓ C.4 Standing Waves & Resonance Resources: Formation of standing waves Nodes and antinodes Resonance conditions Musical instruments applications String and air column vibrations ✓** C.5 Doppler Effect Materials:** Source and observer motion Frequency shift calculations Real-world applications Sound wave analysis Sonic boom phenomena Key Features: 2025 Curriculum Aligned: Updated for latest IB assessment Interactive Content: Wave simulations and animations Regular Updates: Email notifications for new materials Practical Applications: Real-world examples Visual Learning: Wave diagrams and motion graphs Perfect For: IB Physics teachers covering oscillations and waves Students learning wave mechanics Laboratory experiment preparation Wave phenomena demonstrations Exam preparation and practice Important Notes: Continuously updated for 2025 syllabus Focus on conceptual understanding Regular content updates via email Adaptable teaching resources Learning Support Includes: Detailed wave theory notes Wave problems with solutions Practical investigation guides Interactive wave demonstrations Assessment practice materials

Comprehensive IB Physics Fields Package: From Quantum to Fission and Fusion Reactions (SL/HL) Master the mysteries of the atomic world and master the principles of quantum mechanics, radioactivity, fission, and fusion concepts with our detailed teaching resources with solutions, precisely aligned with IB Physics 2025 syllabus. E Series Quantum and Nuclear Physics Package Contents: ✓ E.1 Structure of the Atom Materials: Atomic models (Thomson, Rutherford, Bohr) Atomic spectra and energy levels Wave-particle duality Photoelectric effect Electron probability distributions ✓ E.2 Quantum Physics Resources: Wave function and probability Quantum tunneling Uncertainty principle Particle in a box model Quantum harmonic oscillator Quantum numbers Pauli exclusion principle Spin and magnetic moment ✓ E.3 Radioactive Decay Content: Types of radioactive decay Decay laws and calculations Half-life determination Radioactive dating techniques Nuclear stability and binding energy Radioactive applications Radiation exposure and safety ✓ E.4 Fission Resources: Nuclear fission process Chain reactions Critical mass calculations Nuclear reactor design Nuclear waste management Environmental impacts Nuclear power generation ✓ E.5 Fusion and Stars Content: Nuclear fusion process Fusion reactions and energy release Stellar nucleosynthesis Main sequence stars Stellar evolution (giants, supernovae) Neutron stars and black holes Future fusion reactor designs Key Features: Comprehensive Coverage: All E Series topics Visual Learning: Atomic models and simulations Real-world Applications: Nuclear technology case studies Problem-solving Focus: Quantitative exercises and solutions Regular Updates: Stay up-to-date with the latest content Student Workbook: Practice questions, activities, and detailed notes Teacher’s Solutions: Detailed answer keys and support Perfect For: IB Physics teachers (SL & HL classes) Students seeking in-depth quantum and nuclear understanding University physics preparation Laboratory practical work Internal assessment support Important Notes: 2025 syllabus alignment Rigorous theoretical and practical content Continuous updates and improvements Differentiated learning materials Learning Support Includes: Comprehensive theory notes Solved numerical problems Practice assessments Lab investigation guides Interactive simulations Real-world applications