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The formula used to convert eV/particle to Joule Per Mole is 1 Electron Volt Per Particle = 96491.5666370759 Joule Per Mole. Measurement is one of the most fundamental concepts. Note that we have Electron Volt Per Particle as the biggest unit for length while Joule Per Mole is the smallest one.
1 eV/particle (electron volt / particle) is equal to 96,491.56663707591 J/mol (joule per mole). To convert from electron volt / particle to joule per mole, multiply by 96,491.56663707591 or divide by 0.0000103636.
One mole of particles given 1 eV of energy each has approximately 96.5 kJ of energy – this corresponds to the Faraday constant (F ≈ 96 485 C⋅mol −1), where the energy in joules of n moles of particles each with energy E eV is equal to E·F·n.
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How to Convert Electron-volt to Joule. 1 eV = 1.6021766339999E-19 J. 1 J = 6.241509074461E+18 eV. Example: convert 15 eV to J: 15 eV = 15 × 1.6021766339999E-19 J = 2.4032649509999E-18 J.
Table of coefficients for energy unit conversion between atomic unit (hartree), joule (J), electron volt (eV), cm-1, kJ/mol, and kcal/mol.
25 eV/particle (electron volt / particle) is equal to 2,412,289.165926898 J/mol (joule per mole). To convert from electron volt / particle to joule per mole, multiply by 96,491.56663707591 or divide by 0.0000103636.