Online Past Years based questions with Answer for IB DP Physics FA 2025 SL Paper 1
This is a comprehensive Question Banks based on last many years of Test papers targeted towards IB DP Physics FA 2025 SL Paper 1, which includes all the following :
Topic wise Online Questions
- Topic wise online practice Questions with Solution from complete syllabus.
- Instant Answer.
- Hints & Solutions.
- Get an idea of DP examination papers used in past years.
- More than 1000 Questions to practice.
Benefits of Attempting IB DP Physics FA 2025 SL Paper 1 Practice Questions
Below are some of the advantages of taking the online IB DP Physics FA 2025 SL Paper 1 Practice Questions at iitianacademy:
| (1) Helps in Revision: Attempting practice Questions helps you revise all topics and important formulas. |
| (2) Helps Improve Speed and Accuracy: The online IB DP Physics FA 2025 SL Paper 1 practice Questions helps in improving the exam-taking speed and accuracy. |
| (3) Motivation and Self-confidence: By taking the practice Questions, the student’s performance gets better day by day. This gives them enough motivation to perform well in the exams. Also, self-confidence is gained by seeing the performance analysis and improved scores. |
Curriculum
- 11 Sections
- 105 Lessons
- 12 Weeks
Expand all sectionsCollapse all sections
- A. Space, time and motion3
- B. The particulate nature of matter4
- C. Wave behaviour5
- D. Fields3
- E. Nuclear and quantum physics4
- IBDP Physics SL: New Syllabus and Study Notes58
- 6.1A.1 Kinematics Displacement, distance, speed and velocity Study Notes
- 6.2A.1 Kinematics Uniformly accelerated motion: the equations of kinematics Study Notes
- 6.3A.1 Kinematics Graphs of motion Study Notes
- 6.4A.1 Kinematics Projectile motion Study Notes
- 6.5A.2 Forces and momentum Forces and their direction Study Notes
- 6.6A.2 Forces and momentum Newton’s laws of motion Study Notes
- 6.7A.2 Forces and momentum Newton’s second law in terms of momentum Study Notes
- 6.8A.2 Forces and momentum Impulse and force-time graphs Study Notes
- 6.9A.2 Forces and momentum Conservation of momentum Study Notes
- 6.10A.2 Forces and momentum Collisions Study Notes
- 6.11A.2 Forces and momentum Circular motion Study Notes
- 6.12A.3 Work, energy and power Work Study Notes
- 6.13A.3 Work, energy and power Conservation of energy Study Notes
- 6.14A.3 Work, energy and power Power and efficiency Study Notes
- 6.15A.3 Work, energy and power Energy transfers Study Notes
- 6.16B.1 Thermal energy transfers Particles, temperature and energy Study Notes
- 6.17B.1 Thermal energy transfers Specific heat capacity and change of phase Study Notes
- 6.18B.1 Thermal energy transfers Thermal energy transfer Study Notes
- 6.19B.2 The greenhouse effect Radiation from real bodies Study Notes
- 6.20B.2 The greenhouse effect Energy balance of the earth Study Notes
- 6.21B.3 The gas laws Moles, molar mass and the Avogadro constant Study Notes
- 6.22B.3 The gas laws Ideal gases Study Notes
- 6.23B.3 The gas laws The Boltzmann equation Study Notes
- 6.24B.5 Current and circuits Potential difference, current and resistance Study Notes
- 6.25B.5 Current and circuits Voltage, power and emf Study Notes
- 6.26B.5 Current and circuits Resistors in electrical circuits Study Notes
- 6.27B.5 Current and circuits Terminal potential difference and the potential divider Study Notes
- 6.28C.1 Simple harmonic motion Simple harmonic oscillations Study Notes
- 6.29C.1 Simple harmonic motion Details of simple harmonic motion Study Notes
- 6.30C.1 Simple harmonic motion Energy in simple harmonic motion Study Notes
- 6.31C.2 The wave model Mechanical pulses and waves Study Notes
- 6.32C.2 The wave model Transverse and longitudinal waves Study Notes
- 6.33C.2 The wave model Electromagnetic waves Study Notes
- 6.34C.2 The wave model Waves extension Study Notes
- 6.35C.3 Wave phenomena Reflection and refraction Study Notes
- 6.36C.3 Wave phenomena The principle of superposition Study Notes
- 6.37C.3 Wave phenomena Diffraction and interference Study Notes
- 6.38C.4 Standing waves and resonance Standing waves Study Notes
- 6.39C.4 Standing waves and resonance Standing waves on strings Study Notes
- 6.40C.4 Standing waves and resonance Standing waves in pipes Study Notes
- 6.41C.4 Standing waves and resonance Resonance and damping Study Notes
- 6.42C.5 The Doppler effect The Doppler effect at low speeds Study Notes
- 6.43D.1 Gravitation Newton’s law of gravitation Study Notes
- 6.44D.2 Electric and magnetic fields Electric charge, force and field Study Notes
- 6.45D.2 Electric and magnetic fields Magnetic field and force Study Notes
- 6.46D.3 Motion in electric and magnetic fields Motion in an electric field Study Notes
- 6.47D.3 Motion in electric and magnetic fields Motion in a magnetic field Study Notes
- 6.48E.1 Atomic physics The structure of the atom Study Notes
- 6.49E.1 Atomic physics Quantization of angular momentum Study Notes
- 6.50E.2 Quantum physics Photons and the photoelectric effect Study Notes
- 6.51E.2 Quantum physics Matter waves Study Notes
- 6.52E.3 Nuclear physics Mass defect and binding energy Study Notes
- 6.53E.3 Nuclear physics Radioactivity Study Notes
- 6.54E.3 Nuclear physics Nuclear properties and the radioactive decay law Study Notes
- 6.55E.4 Nuclear fission Nuclear fission Study Notes
- 6.56E.5 Nuclear fusion and stars Nuclear fusion Study Notes
- 6.57E.5 Nuclear fusion and stars Stellar properties and the Hertzsprung-Russell diagram Study Notes
- 6.58E.5 Nuclear fusion and stars Stellar evolution extension Study Notes
- Exams Style Questions IBDP Physics SL Paper 1B-Sets4
- IB DP PHYSICS SL Prediction Paper1
- Mock Exams IB DP Physics SL Paper 1B5
- Mock Exams IB DP Physics SL Paper 1A5
- IB Physics SL – Full Syllabus Questions with Detailed Solution13
- 11.12023-Set 3-Physics_paper_1
- 11.22023-Set 1-Physics_paper_1
- 11.32023-Set 2-Physics_paper_1
- 11.42022-Set 1-Physics_paper_1
- 11.52022-Set 2-Physics_paper_1
- 11.62022-Set 3-Physics_paper_1
- 11.72021-Set 1-Physics_paper_1
- 11.82021-Set 1-Physics_paper_1
- 11.92021-Set 3-Physics_paper_1
- 11.102020-Set 3-Physics_paper_1
- 11.112019-Set 1-Physics_paper_1
- 11.122019-Set 1-Physics_paper_1
- 11.132019-Set 3-Physics_paper_1
