Physics Formulas

Team Physics -
Created by: Team Physics -, Last Updated: May 8, 2024

Physics Formulas

Physics formulas are essential tools that encapsulate the fundamental principles governing the behavior and interaction of matter and energy. These formulas serve as the backbone of physics, allowing scientists and students alike to calculate, predict, and understand the intricacies of natural phenomena. From the basics of motion to the complexities of quantum mechanics, each formula offers a mathematical representation of a physical law, such as Newton’s laws of motion, Einstein’s theory of relativity, or Maxwell’s equations.

The power of physics formulas lies in their ability to provide concise solutions to complex problems. For example, the formula 𝐹=𝑚𝑎 (Force equals mass times acceleration) encapsulates Newton’s second law of motion, a cornerstone in classical mechanics. This formula allows us to predict the effect of forces on the motion of objects, which is crucial for everything from engineering to understanding planetary orbits. The progressing in their study of physics, they encounter more sophisticated formulas that tackle energy, momentum, waves, electricity, and light, each deepening their understanding of the natural world.

List Of all Physics Formulas

Ohms Law FormulaResistance Formula
Energy Level FormulaAverage Speed Formula
Inductance FormulaCurrent Density Formula
Heat FormulaPressure Formula
Hubbles Law FormulaAverage Velocity Formula
Lightning FormulaNewtons Second Law Formula
Heat Gain FormulaCircular Velocity Formula
Formula Dynamics FormulaResonant Frequency Formula
Mass FormulaMaxwell Boltzmann Formula
Induced Voltage FormulaSpecific Heat Formula
Diffraction Grating FormulaMagnetic Field In A Solenoid Formula
Buoyancy FormulaLinear Speed Formula
Radiant Energy FormulaStress Formula
Froude Number FormulaDrag Force Formula
Latent Heat FormulaHeat Index Formula
Centripetal Force FormulaInstantaneous Speed Formula
Temperature FormulaCharge Density Formula
Wavelength FormulaWind Energy Formula
Energy Consumption FormulaTorque Formula
Static Electricity FormulaHeat Of Reaction Formula
Resultant Force FormulaSpring Constant Formula
Mass Flow Rate FormulaEnergy Momentum Formula
Propagation Constant FormulaAngular Velocity Formula
Friction FormulaBernoullis Equation Formula
Relative Velocity FormulaPotential Energy Of A Spring Formula
Beam Deflection FormulaSound Pressure Level Formula
Heat Loss FormulaInstantaneous Velocity Formula
Angular Momentum FormulaKinematic Viscosity Formula
Gravity FormulaFree Fall Formula
Mass Energy FormulaInelastic Collision Formula
Projectile Motion FormulaDe Broglie Wavelength Formula
Heat Load FormulaSpeed Of Sound Formula
Gravitational Acceleration FormulaInductive Reactance Formula
Resistance FormulaGregory Newton Formula
Average Speed FormulaEmf Formula
Current Density FormulaWeight Formula
Pressure FormulaFlow Rate Formula
Average Velocity FormulaNet Force Formula
Newtons Second Law FormulaReynolds Number Formula
Circular Velocity FormulaLorentz Factor Formula
Resonant Frequency FormulaSurface Tension Formula
Maxwell Boltzmann FormulaGay Lussac Law Formula
Specific Heat FormulaSpecial Theory Of Relativity Formula
Magnetic Field In A Solenoid FormulaRelativistic Mass Formula
Linear Speed FormulaKelvin To Celsius Formula
Stress FormulaReflection And Ray Model Of Light Formula
Drag Force FormulaPower Formula
Heat Index FormulaSnells Law Formula
Instantaneous Speed FormulaTerminal Velocity Formula
Charge Density FormulaGram Formula Mass
Wind Energy FormulaRefraction Formula
Torque FormulaRelativity Formula
Heat Of Reaction FormulaHeat Of Hydration Formula
Spring Constant FormulaWave Formula
Energy Momentum FormulaForce Of Attraction Formula
Angular Velocity FormulaCylindrical Capacitor Formula
Bernoullis Equation FormulaElectrical Formulas
Potential Energy Of A Spring FormulaSpeed Distance Time Formula
Sound Pressure Level FormulaFriction Loss Formula
Instantaneous Velocity FormulaPosition Formula
Kinematic Viscosity FormulaEscape Speed Formula
Free Fall FormulaFrustum Of A Right Circular Cone Formula
Inelastic Collision FormulaAngular Acceleration Formula
De Broglie Wavelength FormulaGross Profit Formula
Speed Of Sound FormulaInstantaneous Rate Of Change Formula
Inductive Reactance FormulaHeat Transfer Formula
Gregory Newton FormulaAngle Between Two Vectors Formula
Emf FormulaPercent Error Formula
Weight FormulaVelocity Formula
Flow Rate FormulaFluid Mechanics Formula
Net Force FormulaPower Factor Formula For Single Phase
Reynolds Number FormulaCircle Formula
Lorentz Factor FormulaLength Contraction Formula
Surface Tension FormulaHeat Capacity Formula
Gay Lussac Law FormulaStopping Distance Formula
Special Theory Of Relativity FormulaWater Pressure Formula
Relativistic Mass FormulaThermal Energy Formula
Kelvin To Celsius FormulaAmperes Law Formula
Reflection And Ray Model Of Light FormulaStatic Friction Formula
Power FormulaEfficiency Formula
Snells Law FormulaSoil Erosion Formula
Terminal Velocity FormulaPhoton Energy Formula
Gram Formula MassNormal Force Formula
Refraction FormulaShear Modulus Formula
Relativity FormulaWork Done By Gravity Formula
Heat Of Hydration FormulaFriction Force Formula
Wave FormulaCell Potential Formula
Force Of Attraction FormulaCritical Velocity Formula
Cylindrical Capacitor FormulaEscape Velocity Formula
Electrical FormulasAcceleration Formula
Speed Distance Time FormulaDisplacement Formula
Friction Loss FormulaKinematics Formulas
Position FormulaHorsepower Formula
Escape Speed FormulaBeat Frequency Formula
Frustum Of A Right Circular Cone FormulaHeat Input Formula
Angular Acceleration FormulaConservation Of Energy Formula
Gross Profit FormulaSurface Charge Density Formula
Instantaneous Rate Of Change FormulaWave Energy Formula
Heat Transfer FormulaAverage Acceleration Formula
Angle Between Two Vectors FormulaTransformer Formula
Percent Error FormulaHeat Release Rate Formula
Velocity FormulaHeat Of Vaporization Formula
Fluid Mechanics FormulaElectric Field Formula
Power Factor Formula For Single PhaseKinetic Friction Formula
Circle FormulaRelativistic Doppler Effect Formula
Length Contraction FormulaStrain Formula
Heat Capacity FormulaAbsolute Pressure Formula
Stopping Distance FormulaImpulse Formula
Water Pressure FormulaElastic Collision Formula
Thermal Energy FormulaWave Speed Formula
Amperes Law FormulaHeat Rate Formula
Static Friction FormulaAir Resistance Formula
Efficiency FormulaElastic Potential Energy Formula
Soil Erosion FormulaGravitational Force Formula
Photon Energy FormulaMagnetic Field Strength Formula
Normal Force FormulaSpecific Gravity Formula
Shear Modulus FormulaHeat Flux Formula
Work Done By Gravity FormulaMeasurement Formulas
Friction Force FormulaPotential Energy Formula
Cell Potential FormulaAmplitude Formula
Critical Velocity FormulaRelative Motion Formula
Escape Velocity FormulaDistance Traveled Formula
Acceleration FormulaTangential Velocity Formula
Displacement FormulaPoynting Vector Formula
Kinematics FormulasLinear Momentum Formula
Horsepower FormulaBuffer Solution Formula
Beat Frequency FormulaMaxwell Boltzmann Distribution Formula
Heat Input FormulaAngular Displacement Formula
Conservation Of Energy FormulaRotational Inertia Formula
Surface Charge Density FormulaWork Formula
Wave Energy FormulaCapacitance Formula
Average Acceleration FormulaTime Constant Formula
Transformer FormulaTime Dilation Formula
Heat Release Rate FormulaMoment Formula
Heat Of Vaporization FormulaVoltage Drop Formula
Electric Field FormulaSpherical Capacitor Formula
Kinetic Friction FormulaMolar Concentration Formula
Relativistic Doppler Effect FormulaSound Intensity Formula
Strain FormulaElectrical Resistance Formula
Absolute Pressure FormulaContinuous Compound Interest Formula
Impulse FormulaBrewsters Law Formula
Elastic Collision FormulaBanking Of Road Formula
Wave Speed FormulaMomentum Formula
Heat Rate FormulaMagnetism Formula
Air Resistance FormulaCentripetal Acceleration Formula
Elastic Potential Energy FormulaCoefficient Of Static Friction Formula
Gravitational Force FormulaOrbital Speed Formula
Magnetic Field Strength FormulaPoiseuilles Law Formula
Specific Gravity FormulaElectric Power Formula
Heat Flux FormulaLight Waves And Color Formula
Measurement FormulasEnergy Density Formula
Potential Energy FormulaDeceleration Formula
Amplitude FormulaMomentum And Its Conservation Formula
Relative Motion FormulaDistance Speed Time Formula
Distance Traveled FormulaHeat Of Fusion Formula
Tangential Velocity FormulaHeat Conduction Formula
Poynting Vector FormulaKinetic Energy Formula
Linear Momentum FormulaWave Power Formula
Buffer Solution FormulaInverse Square Law Formula
Maxwell Boltzmann Distribution FormulaCapacitive Reactance Formula
Angular Displacement FormulaCone Formula
Rotational Inertia FormulaResistor Series Parallel Formula
Work FormulaPolarization Formula
Capacitance FormulaFrequency Formula
Time Constant FormulaElectric Current Formula
Time Dilation FormulaMolar Mass Formula
Moment FormulaHeisenberg Uncertainty Principle Formula
Voltage Drop FormulaHeat Of Solution Formula
Spherical Capacitor FormulaLens Makers Formula
Molar Concentration FormulaRotational Kinetic Energy Formula
Sound Intensity FormulaWavelength To Frequency Formula
Electrical Resistance FormulaCalorimetry Formula
Continuous Compound Interest FormulaLatent Heat Of Fusion Formula
Brewsters Law FormulaMechanical Energy Formula
Banking Of Road FormulaMomentum Of Photon Formula
Momentum FormulaThermal Expansion Formula
Magnetism FormulaHookes Law Formula
Centripetal Acceleration FormulaSpring Force Formula
Coefficient Of Static Friction FormulaElectricity Formulas
Orbital Speed FormulaUniversal Gravitation Formula
Poiseuilles Law FormulaDoppler Shift Formula
Electric Power FormulaOscillatory Motion Formula
Light Waves And Color FormulaResistivity Formula
Energy Density FormulaSuperposition Formula
Deceleration FormulaRadio Waves Formula
Momentum And Its Conservation FormulaPascals Principle Formula
Distance Speed Time FormulaInitial Velocity Formula
Heat Of Fusion FormulaMagnetic Declination Formula
Heat Conduction FormulaBulk Modulus Formula
Kinetic Energy FormulaCop Formula
Wave Power FormulaTension Formula
Inverse Square Law FormulaAngular Speed Formula
Capacitive Reactance FormulaMechanical Advantage Formula
Cone FormulaBrownian Motion Formula
Resistor Series Parallel FormulaIntensity Formula
Polarization FormulaTangential Acceleration Formula
Frequency FormulaDynamic Viscosity Formula
Electric Current FormulaPhysics Formulas
Molar Mass FormulaCombustion Formula
Heisenberg Uncertainty Principle FormulaCentroid Formula
Heat Of Solution FormulaUniform Circular Motion Formula
Lens Makers FormulaEquivalent Resistance Formula
Rotational Kinetic Energy FormulaRefractive Index Formula
Wavelength To Frequency FormulaOptics Formula
Calorimetry FormulaLattice Energy Formula
Latent Heat Of Fusion FormulaDc Voltage Drop Formula
Mechanical Energy FormulaVoltage Divider Formula
Momentum Of Photon FormulaDoppler Effect Formula
Thermal Expansion FormulaAverage Force Formula
Hookes Law FormulaStrain Energy Formula
Spring Force FormulaPressure Drop Formula
Electricity Formulas


What is the Most Popular Physics Formula?

The most popular physics formula, universally recognized and widely applied, is Newton’s second law of motion. Expressed as 𝐹=𝑚𝑎, this formula defines the relationship between the force applied to an object, its mass, and the acceleration it undergoes. This equation not only forms the cornerstone of classical mechanics but also provides a critical foundation for various engineering disciplines, physics education at all levels, and many real-world applications ranging from vehicle safety systems to space travel. Newton’s second law encapsulates the essence of dynamics and remains instrumental in problem-solving within physics and beyond.

What Are the Fundamental Formulas of Physics?

Fundamental formulas in physics serve as the building blocks for describing the universe’s behavior at both macroscopic and microscopic levels. These include:

  • Newton’s Laws of Motion: These laws describe the relationship between a body and the forces acting upon it, and its motion in response to those forces.
    • First Law (Law of Inertia): An object at rest stays at rest, and an object in motion remains in motion unless acted upon by an external force.
    • Second Law (Force and Acceleration): 𝐹=𝑚𝑎
    • Third Law (Action and Reaction): For every action, there is an equal and opposite reaction.For every action, there is an equal and opposite reaction.
  • The Universal Law of Gravitation: 𝐹=𝐺 x (𝑚1 x 𝑚2 ) / 𝑟²​​, where 𝐹 is the gravitational force between two masses, 𝐺 is the gravitational constant, 𝑚1​ and 𝑚2​ are the masses, and r is the distance between the centers of the two masses.
  • Equations of Motion: These equations are vital for calculating an object’s position and velocity under uniformly accelerated motion.
    • 𝑣 = 𝑢+𝑎𝑡
    • 𝑠 = 𝑢𝑡+(1 / 2) 𝑎𝑡²
    • 𝑣² = 𝑢²+2𝑎𝑠
  • Maxwell’s Equations: These four equations describe how electric and magnetic fields are generated by charges, currents, and changes of the fields themselves.
  • The Ideal Gas Law: 𝑃𝑉=𝑛𝑅𝑇, connecting pressure (P), volume (V), and temperature (T) of an ideal gas with its amount in moles (n) and the ideal gas constant (R).

What Are Physics Equations?

Physics equations are mathematical models that represent the laws of physics. These equations allow scientists to make accurate predictions about the natural world, encompassing a wide range of phenomena including motion, forces, energy, heat, light, and electricity. Physics equations can be as simple as 𝐸=𝑚𝑐², which shows the equivalence of mass and energy, or as complex as the Schrödinger equation used in quantum mechanics to describe how the quantum state of a physical system changes over time.

Physics equations are categorized based on the fields they pertain to:

  • Mechanics: Deals with the motion of bodies under the influence of forces.
  • Thermodynamics: Concerns the heat and temperature involving energy and work.
  • Electromagnetism: Encompasses both electricity and magnetism.
  • Optics: The study of light behavior.
  • Quantum Physics: Focuses on the behavior of matter and energy at the smallest scales.

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