Physics

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Physics is the study of how matter and energy interact with each other and how they affect each other over time and through space. Physics functions in an exciting dimension. What we mean by this is that things keep changing in the world of physics with every discovery. As theories progress and discoveries are made, not only the answer but the whole question changes. Due to this, many individuals define physics by what it was rather than what it is and will be.

Laws of Physics

By nature, laws of Physics are stated facts which have been deduced and derived based on empirical observations. Simply put, the world around us works in a certain way, and physical laws are a way of classifying that “working.” Physical laws are just conclusions drawn based on years (or however long it takes) of scientific observations< and experiments which are repeated over and over under different conditions to reach inferences which can be accepted worldwide. These are continuously validated by the scientific community over time.

Important Laws of Physics

Lamberts Cosine Law Kelvin Planck Statement

Dalemberts Principle Clausius Statement

Law Of Conservation Of Mass Fouriers Law

Hubbles Law Bells Theorem

Boltzmann Equation Lagrangian Point

Beer Lambert Law Maxwell Relations

Van Der Waals Equation Carnots Theorem

Fermi Paradox Helmholtz Equation

Helmholtz Free Energy Ficks Law Of Diffusion

Raman Scattering Wiens Law

Dirac Equation Mach Number

Coulomb’s Law Avogadro’s Hypothesis

Law of Conservation of Energy Archimedes’ Principle

Biot-Savart Law Faraday’s Law

Ampere’s Law Faraday’s Laws of Electrolysis

Planck Equation Kirchhoff’s law

Kirchoff’s Second Law Newton’s law of universal gravitation

Maxwell’s Equations Bernoulli’s Principle

Electric Potential due to a Point charge Zeroth Law of Thermodynamics

Gauss’ Law First law of thermodynamics

Lenz’s Law Wein’s Displacement Law

Ohm’s Law Law of Equipartition of Energy

Joule’s Laws Laws of reflection

Brewster’s law Radioactive Decay Law

Bragg’s Law Murphy’s Law

Doppler Effect Einstein Field Equation

Casimir Effect Stefan-Boltzmann Law

Moseley’s Law Superposition Principle

Newton’s Laws of Motion Thermodynamics

Laws of Friction Heisenberg Uncertainty Principle

Pascal’s Law Wave-Particle Duality

Snell’s law Fermat’s Principle

Boyle’s Law Huygens’ Principle

Pascal’s Law Ideal Gas Law

Equivalence Principle Joule-Thomson Effect

Curie-Weiss Law Law of Conservation of Line Momentum Curie’s Law Wiedemann-Franz Law

Newton’s Second law of motion Newton’s First law of motion

Newton’s Third law of motion Continuity Equation

Chandrasekhar Limit Kirchhoff’s First Law

Hooke’s Law

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