PhysicsLab X

PhysicsLab X is an interactive physics simulation and formula learning app designed for students, teachers, parents and science learners. Explore key physics concepts through visual experiments, adjustable parameters, live results and clear formula explanations. The app helps users understand how physics changes when values such as velocity, mass, force, frequency, voltage, air density or wave spacing are adjusted. PhysicsLab X includes a wide range of simulation areas, including projectile motion, pendulums, springs, electric circuits, lenses, gas laws, waves, energy ramps, reflection, refraction, diffraction, two-source interference, shallow and deep water waves, circular motion, fluid mechanics and airfoil wind flow. The built-in Tools section provides quick formula calculators inspired by a revision formula sheet style, covering many GCSE and A-Level physics topics such as mechanics, electricity, waves, optics, energy, thermal physics, nuclear physics, quantum physics, fluids and fields. The Learn tab provides detailed explanations for each physics topic, helping users understand not only the equations, but also the meaning behind the experiment, common misconceptions, real-world applications and what affects the accuracy of the result. Main Features • Interactive physics simulations • Adjustable experiment parameters • Live calculation results • Visual wave, optics, circuit, motion and fluid experiments • Airfoil wind flow simulation with upper and lower airflow comparison • Shallow and deep water wave simulation • Two-source interference, diffraction, reflection and refraction simulations • GCSE and A-Level style formula tools • Searchable mini calculator • Detailed learning notes for each physics topic • Local iPhone storage only • No account required • Professional and student-friendly interface PhysicsLab X is suitable for classroom demonstration, homework support, revision, self-study and anyone who wants to learn physics visually. Educational Notice PhysicsLab X is designed for learning and revision. Simulation results are simplified educational models and may not represent full laboratory-grade or engineering-grade calculations. Users should follow their school, exam board or teacher’s official guidance for final exam preparation.