CSCA Physics Formula & Concept Reference
Browse CSCA Physics formulas, concepts, and principles grouped by syllabus topic, with links to tutorials, worked examples, and practice.
Check the CSCA exam registration, subject, and syllabus guide
Browse formulas and concepts by syllabus topic
- Newton's Third Law (Action - Reaction Law) Mechanics › Newton's Laws of Motion and Their Applications
- Newton's First Law (Law of Inertia) Mechanics › Newton's Laws of Motion and Their Applications
- Maximum Static Friction Formula Mechanics › Newton's Laws of Motion and Their Applications
- Newton's Second Law (Law of Motion) Mechanics › Newton's Laws of Motion and Their Applications
- Kinetic Friction Formula Mechanics › Newton's Laws of Motion and Their Applications
- Law of Universal Gravitation Mechanics › Newton's Laws of Motion and Their Applications
- Gravitational Potential Energy Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Gravitational Potential Energy Formula Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Formula for Work Done by a Constant Force Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Elastic Potential Energy Formula (Spring) Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Law of Conservation of Mechanical Energy Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Power (Average Power) Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Elastic Potential Energy (Spring) Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Work - Energy Theorem Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Definition of Power (Average Power) Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Definition of Work Mechanics › Work, Energy, and Conservation of Mechanical Energy
- Electric Field Intensity of an Infinite Uniformly Charged Line Electromagnetism › Electrostatics › Electric Field Strength
- Electric Field Intensity of a Uniformly Charged Infinite Plane Electromagnetism › Electrostatics › Electric Field Strength
- Electric Field Intensity of an Infinite Uniformly Charged Plane Electromagnetism › Electrostatics › Electric Field Strength
- Definition of Electric Field Intensity Electromagnetism › Electrostatics › Electric Field Strength
- Electric Field Intensity of a Continuous Charge Distribution Electromagnetism › Electrostatics › Electric Field Strength
- Electric Field Intensity of a Point Charge Electromagnetism › Electrostatics › Electric Field Strength
- Electric Field Intensity of Continuous Charge Distribution (Integral Form) Electromagnetism › Electrostatics › Electric Field Strength
- Angular Velocity Formula for Uniform Circular Motion Mechanics › Circular Motion & Gravitation
- Linear Velocity Formula for Uniform Circular Motion Mechanics › Circular Motion & Gravitation
- Basic Equation for Celestial Body in Uniform Circular Motion (Gravity as Centripetal Force) Mechanics › Circular Motion & Gravitation
- Centripetal Acceleration Formula for Uniform Circular Motion Mechanics › Circular Motion & Gravitation
- Kepler's Third Law (Law of Periods) Mechanics › Circular Motion & Gravitation
- Universal Gravitation Provides Centripetal Force for Celestial Bodies in Uniform Circular Motion Mechanics › Circular Motion & Gravitation
- Centripetal Force Formula for Uniform Circular Motion Mechanics › Circular Motion & Gravitation
- Period of a Mass - Spring System Mechanics › SHM & Mechanical Waves
- Wave Equation for a Plane Simple Harmonic Wave Mechanics › SHM & Mechanical Waves
- Relationship between Wavelength, Wave Speed, and Frequency Mechanics › SHM & Mechanical Waves
- Conditions for Constructive and Destructive Interference of Waves Mechanics › SHM & Mechanical Waves
- Simple Harmonic Motion Displacement Equation Mechanics › SHM & Mechanical Waves
- Plane Simple Harmonic Wave Equation Mechanics › SHM & Mechanical Waves
- Period Formula for a Spring Oscillator Mechanics › SHM & Mechanical Waves
- Relationship between Wave Speed, Wavelength, and Frequency Mechanics › SHM & Mechanical Waves
- Velocity and Acceleration in Simple Harmonic Motion Mechanics › SHM & Mechanical Waves
- Relationship between Angular Frequency and Period in SHM Mechanics › SHM & Mechanical Waves
- Relationship between Angular Frequency and Period in SHM Mechanics › SHM & Mechanical Waves
- Period of a Simple Pendulum (Small Angle Approximation) Mechanics › SHM & Mechanical Waves
- Displacement Equation of Simple Harmonic Motion Mechanics › SHM & Mechanical Waves
- Velocity and Acceleration in SHM Mechanics › SHM & Mechanical Waves
- Force on a Current Element in a Magnetic Field Electromagnetism › Magnetic Field › Ampere's Force
- Ampere Force Formula Electromagnetism › Magnetic Field › Ampere's Force
- Ampere Force Formula (Force on a Current Element in a Magnetic Field) Electromagnetism › Magnetic Field › Ampere's Force
- Ampere Force on a Finite Straight Wire in a Uniform Magnetic Field Electromagnetism › Magnetic Field › Ampere's Force
- Magnitude of Ampere Force (General Case) Electromagnetism › Magnetic Field › Ampere's Force
- Determining the Direction of Ampere Force (Left - Hand Rule) Electromagnetism › Magnetic Field › Ampere's Force
- Magnetic Torque on a Current Loop in a Uniform Magnetic Field Electromagnetism › Magnetic Field › Ampere's Force
- Displacement formula for uniformly accelerated rectilinear motion (time - independent) Mechanics › Kinematics › Syllabus Topic
- Average velocity formula for uniformly accelerated rectilinear motion Mechanics › Kinematics › Syllabus Topic
- Velocity formula for uniformly accelerated rectilinear motion Mechanics › Kinematics › Syllabus Topic
- Displacement formula for uniformly accelerated rectilinear motion (without final velocity) Mechanics › Kinematics › Syllabus Topic
- Average Velocity Formula Mechanics › Kinematics › Velocity
- Total Resistance in Series Circuit Electromagnetism › DC Circuits › Series and Parallel Circuits
- Current Divider Formula in Parallel Circuit Electromagnetism › DC Circuits › Series and Parallel Circuits
- Definition of Instantaneous Velocity Mechanics › Kinematics › Velocity
- Total Voltage in Series Circuit Electromagnetism › DC Circuits › Series and Parallel Circuits
- Difference Between Average Speed and Average Velocity Mechanics › Kinematics › Velocity
- Total Resistance in Parallel Circuit Electromagnetism › DC Circuits › Series and Parallel Circuits
- Definition of Average Velocity Mechanics › Kinematics › Velocity
- What are the applicable conditions for Coulomb's Law? Electromagnetism › Electrostatics › Coulomb's Law
- Vector Form of Coulomb's Law Electromagnetism › Electrostatics › Coulomb's Law
- Instantaneous Velocity Definition Mechanics › Kinematics › Velocity
- How to determine the direction of the force between two point charges using Coulomb's Law? Electromagnetism › Electrostatics › Coulomb's Law
- Average Speed Formula Mechanics › Kinematics › Velocity
- Voltage Divider Formula in Series Circuit Electromagnetism › DC Circuits › Series and Parallel Circuits
- Total Current in Parallel Circuit Electromagnetism › DC Circuits › Series and Parallel Circuits
- Electrostatic Force Constant in Coulomb's Law Electromagnetism › Electrostatics › Coulomb's Law
- What is the value of the electrostatic constant k in the International System of Units (SI)? Electromagnetism › Electrostatics › Coulomb's Law
- Scalar Form of Coulomb's Law Electromagnetism › Electrostatics › Coulomb's Law
- What is the mathematical expression of Coulomb's Law? Electromagnetism › Electrostatics › Coulomb's Law
- Displacement in One - Dimensional Linear Motion Mechanics › Kinematics › Displacement
- Universal Gas Constant R (Common Value) Thermal Physics › Ideal Gas Law
- Ideal Gas Law (in terms of molar mass) Thermal Physics › Ideal Gas Law
- Definition of Momentum Mechanics › Momentum, Impulse, and Conservation of Momentum
- Free Fall Velocity - Displacement Relation Mechanics › Kinematics › Free Fall Motion
- Ideal Gas Law (in terms of density) Thermal Physics › Ideal Gas Law
- Boltzmann Constant k B (Common Value) Thermal Physics › Ideal Gas Law
- Law of Conservation of Momentum Mechanics › Momentum, Impulse, and Conservation of Momentum
- Impulse - Momentum Theorem Mechanics › Momentum, Impulse, and Conservation of Momentum
- Ideal Gas Law (Alternative Form using Molecular Number N ) Thermal Physics › Ideal Gas Law
- Definition of Displacement Mechanics › Kinematics › Displacement
- Free Fall Displacement Formula (with Initial Velocity) Mechanics › Kinematics › Free Fall Motion
- Ideal Gas Law (Basic Form) Thermal Physics › Ideal Gas Law
- Difference Between Displacement and Distance Mechanics › Kinematics › Displacement
- Velocity Formulas for 1D Elastic Collision Mechanics › Momentum, Impulse, and Conservation of Momentum
- Ideal Gas Law Thermal Physics › Ideal Gas Law
- Free Fall Displacement Formula Mechanics › Kinematics › Free Fall Motion
- Definition of Impulse Mechanics › Momentum, Impulse, and Conservation of Momentum
- Free Fall Final Velocity Formula Mechanics › Kinematics › Free Fall Motion
- Ideal Gas Law (in terms of molecule number) Thermal Physics › Ideal Gas Law
- What is the formula of Ohm's Law? Electromagnetism › DC Circuits › Ohm's Law
- Relationship between Refractive Index and Speed of Light Optics › Geometrical Optics › Law of Refraction
- Electric Potential of a System of Point Charges (Superposition Principle) Electromagnetism › Electrostatics › Electric Potential
- Critical Angle Formula (Condition for Total Internal Reflection) Optics › Geometrical Optics › Law of Refraction
- Ohm's Law (for a complete circuit) Electromagnetism › DC Circuits › Ohm's Law
- Electric Potential of a Point Charge Electromagnetism › Electrostatics › Electric Potential
- Definition of Electric Potential Difference Electromagnetism › Electrostatics › Electric Potential
- Definition of Magnetic Induction (Magnetic Flux Density) Electromagnetism › Magnetic Field › Magnetic Flux Density
- Definition of Resistance Electromagnetism › DC Circuits › Ohm's Law
- Law of Refraction (Snell's Law) Optics › Geometrical Optics › Law of Refraction
- Magnetic Field on the Axis of a Current - Carrying Circular Loop Electromagnetism › Magnetic Field › Magnetic Flux Density
- Ampere's Circuital Law (for Magnetic Fields) Electromagnetism › Magnetic Field › Magnetic Flux Density
- Superposition Principle for Electric Potential Electromagnetism › Electrostatics › Electric Potential
- Magnetic Field of an Infinite Straight Wire Electromagnetism › Magnetic Field › Magnetic Flux Density
- Magnetic Field of an Infinite Straight Current - Carrying Wire Electromagnetism › Magnetic Field › Magnetic Flux Density
- Biot - Savart Law (Magnetic Field from a Current Element) Electromagnetism › Magnetic Field › Magnetic Flux Density
- Electric Potential of a Continuous Charge Distribution Electromagnetism › Electrostatics › Electric Potential
- Ohm's Law (for part of a circuit) Electromagnetism › DC Circuits › Ohm's Law
- Biot - Savart Law Electromagnetism › Magnetic Field › Magnetic Flux Density
- Critical Angle for Total Internal Reflection Optics › Geometrical Optics › Law of Refraction
- What are the formulas for resistors in series and parallel? Electromagnetism › DC Circuits › Ohm's Law
- Definition of Magnetic Induction Intensity Electromagnetism › Magnetic Field › Magnetic Flux Density
- Definition of Electric Potential Difference (Voltage) Electromagnetism › Electrostatics › Electric Potential
- Magnetic Field Inside a Long Solenoid Electromagnetism › Magnetic Field › Magnetic Flux Density
- How to express electrical power using resistance, current, and voltage? Electromagnetism › DC Circuits › Ohm's Law
- Relationship between Electric Potential and Electric Field Strength Electromagnetism › Electrostatics › Electric Potential