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IBinsight

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(can't be used in tes) Check my shop details. 5% off site-wide CODE: ibinsight For requests and inquiries please email: ibinsightpro@gmail.com Please check back regularly as I make updates to all the resources! Currently focusing on putting solutions for IB DP physics packages. Most chapters now have detailed / editable solutions. Check product details for more information.

(can't be used in tes) Check my shop details. 5% off site-wide CODE: ibinsight For requests and inquiries please email: ibinsightpro@gmail.com Please check back regularly as I make updates to all the resources! Currently focusing on putting solutions for IB DP physics packages. Most chapters now have detailed / editable solutions. Check product details for more information.
IGCSE EDEXCEL Physics Categorized Past Papers (Long Questions + MC) 2007-2023 with Mark Scheme
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IGCSE EDEXCEL Physics Categorized Past Papers (Long Questions + MC) 2007-2023 with Mark Scheme

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BIGGEST UPDATE Papers are now updated to 2023!!! Free update to questions database. Prices will increase with each update! IGCSE EDEXCEL Physics categorized Past Papers (Long Questions) 2007-2023 with Mark Scheme This is designed to help students and teachers. A great way for students to practice particular questions depending on where they are currently within the syllabus. A great resource for teachers for creating tests and exams for specific topics. In addition, can be provided to students as a resource to practice their understanding. Categorized into topics below: Measurement Motion Forces Moment Pressure and Density Thermal Energy Waves Light Charges Electricity Magnetism Momentum Nuclear Astronomy Mark Scheme is placed after each question.
IB Physics Topics D.1-D.4 Complete Package | Fields, Potential & Electromagnetic Induction (2025)
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IB Physics Topics D.1-D.4 Complete Package | Fields, Potential & Electromagnetic Induction (2025)

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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
IB Physics Topics C.1-C.5 Complete Package | Waves, Oscillations & Sound Study Materials (2025)
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IB Physics Topics C.1-C.5 Complete Package | Waves, Oscillations & Sound Study Materials (2025)

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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