The magnetic equivalent of Speed of light in a vacuum is constant for all Electromagnetic Waves Waves, e. It is an alternative description to the Coulomb constant, k 1 This describes how well the magnetic field travels through the vacuum. This describes how well the electric field travels through the vacuum. It describes the force between two 1C charged points placed 1m apart in the vacuum. number of atoms in 12g of Used in it describes the amount of Energy required to raise the temperature of 1 mole Used in KE kT this means that It is of the energy required to increase the temperature of a single particle Used in Law this is the constant that describes the change in power radiated when a 1m2 Wm K surface increases in temp Electrical equivalent of G. Number of particles, or molecules in one mole of a substance, i. It is the attraction between 2 x 1kg point masses placed 1m apart. 12 Physics data booklet Fundamental constants Quantity Symbol Approximate value Acceleration of free fall surface) g 9 Gravitational constant G 6 Nm2 constant NA 6 1023 Gas constant R 8 constant kB 1 JK constant 5 Coulomb constant k 8 109 Nm2 Permittivity of free space 8 C2 Permeability of free space T m A Speed of light in vacuum c 3 108 m constant h 6 Js Elementary charge e 1 C Electron rest mass me Proton rest mass mp Neutron rest mass mn Unified atomic mass unit u Same as the Graviational Field Strength 9 N Any of the gravitational field equations. Preview tekst Annotated! Physics data booklet First assessment 2016 This is the most version of the formula book.
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