This bPaper will be a first of many that will detail the extensive number of equations in physics that are both influential and near necessary to make the world as we know it work. The power of math and physics gives us the capability to do this, write on an immutable chain powered by virtual consensus. So, here is the list of equations that I'll be detailing (once formatting is further increased, I'll be adding exact equations and definitions; until then, the symbols required is unformattable at present): TranslationalMotion, Velocity/Acceleration, Light, Gravity, FrictionalForce, UniformCircularMotion, Momentum/Impulse, Work/Power, Force, EnergyConservation, SpringForce/Work, FluidContinuity, Current/Resistance/Ohm's Law, Resistors (series,parallel), Capacitors (series,parallel), Sound, Kirchoff'sLaws, LawsofThermodynamics, TorqueForces, TorqueForces w/Equilibrium, Refraction, GibbsFreeEnergy, RatesofAtomicDecay, Equilibrium, Buoyancy, Density, and Concentration. This will be the first list of topics that will be gone through; each entry will include the following: 1) Title, 2) Category of Library w/ metadata, 3) The equation(s), that contain definitions of each variable, and their relation to the others, 4) An example of the equation, 5) source of primary text showing experimental proofs (or logic proofs) of the equations themselves. ___ *note, basically all equations in physics are open source data, all equations I will be detailing here are included in that list*
