A level physics

This comprehensive physics guide explores the dynamic world of waves, energy transfer, and magnetic interactions — essential pillars of modern physics. It begins with the nature of transverse and longitudinal waves, explaining how amplitude, frequency, and wavelength determine energy transmission. Learners discover how electromagnetic, sound, and seismic waves behave through reflection, refraction, and absorption. The guide also covers the electromagnetic spectrum, from radio to gamma rays, an...

This comprehensive review sheet explores the core principles of physics — from vectors, forces, and motion to energy and momentum. It explains how physical quantities are classified as vectors or scalars, how forces interact through contact and non-contact means, and how Newton’s Laws govern all motion. Students learn to calculate weight, work done, pressure, acceleration, and momentum, and understand real-world phenomena such as terminal velocity, upthrust, and equilibrium. With clear equat...

This comprehensive physics review sheet covers essential concepts in classical mechanics, rotational motion, vectors, Newton’s laws, circular motion, energy, and momentum. Each question-and-answer pair helps build conceptual understanding by linking physical laws to real-world examples — from baseballs in canoes and astronauts in space to Ferris wheels and hockey pucks. It’s a complete mastery guide for students preparing for Physics 1 exams, reinforcing both problem-solving skills and con...

This comprehensive Physics 1 review sheet covers fundamental concepts, equations, and applied problems spanning mechanics and kinematics, as well as vectors and forces. It includes detailed solutions and explanations on motion, velocity, acceleration, Newton’s laws, circular motion, friction, energy, and projectile motion. The guide begins with essential measurement principles—such as SI units, significant figures, and conversions—and progresses to real-world applications such as free fall...

This comprehensive statistics glossary provides a complete foundation for understanding key statistical concepts, formulas, and analytical methods used in data interpretation and research. It explains essential terms such as population, sample, mean, median, and mode, while differentiating between qualitative and quantitative data types. The guide explores scales of measurement, variability measures like range, variance, and standard deviation, and detailed descriptions of statistical distributi...

This detailed physics glossary explores the fascinating world of electric circuits, energy systems, and sustainable power sources. It introduces fundamental electrical components such as switches, cells, diodes, resistors, and meters, explaining how they function within a circuit to control current and energy transfer. The notes also cover vital physical quantities and units—including joules, watts, and degrees Celsius—while explaining principles like conduction, efficiency, and the conserva...

This physics compendium provides a complete, exam-focused overview of fundamental concepts spanning atomic structure, nuclear physics, electricity, energy, waves, thermodynamics, and mechanics. It includes particle properties, isotopes, radioactive decay, nuclear reactions, energy stores and transfers, electrical circuits, thermodynamics, heat transfer, states of matter, and renewable and non-renewable energy resources. Each concept is presented with clear definitions, equations, and real-world ...

This comprehensive physics guide covers the fundamentals of motion, forces, energy, electricity, magnetism, waves, and nuclear physics. It explains key concepts including Newton’s Laws, momentum, acceleration, work, power, energy transfers, and efficiency. The notes explore electrical circuits with components like resistors, diodes, LEDs, LDRs, thermistors, fuses, and RCCBs, highlighting the differences between d.c. and a.c. supplies. Wave properties, sound, light, and electromagnetic spectrum...

PHY101-REV Compact: Physics studies matter, forces, energy, waves, and electricity. Matter is made of atoms (protons, neutrons, electrons) and can form ions or isotopes. Forces (gravity, friction, electrostatic) change motion; acceleration = Δv/time; momentum is conserved. Energy is kinetic, potential, or electrical; power = energy/time; circuits use resistors, diodes, fuses, batteries, switches, ammeters, and voltmeters. Waves (transverse and longitudinal) have frequency, wavelength, amplitude...

This comprehensive overview covers the fundamental principles of astronomy, atomic physics, waves, and radiation. It introduces the structure and dynamics of our solar system, including planets, moons, asteroids, comets, and artificial satellites, and explains orbital mechanics through gravity and centripetal force. The evolution of stars—from nebulae to main sequence stars, red giants, supernovae, and remnants like white dwarfs, neutron stars, and black holes—is explored. Atomic structure i...