MTE208 Ref Equations

# MTE208 Ref Equations - MTE 208 Reference Pages—Please do...

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Unformatted text preview: MTE 208 Reference Pages—Please do not write on these pages rev. 12/07/09 Constants & conversions Ampere, s C A 1 1 = Avogadro’s number, mol anything N A 23 10 022 . 6 × = Bohr Magneton, 2 24 10 274 . 9 m A B ⋅ × = − μ Boltzmann’s constant, K eV K J k B 5 23 10 62 . 8 10 3806 . 1 − − × = × = Charge of an electron, C e 19 10 602 . 1 − × = − Electron volt, 1 J eV 19 10 602 . 1 × = Joule, eV s W C V cal s m kg m N J 18 2 2 10 24 . 6 1 1 239 . 1 1 1 × = ⋅ = ⋅ = = ⋅ = ⋅ = Kelvin, K = °C + 273 Ohm, A V 1 1 = Ω Pascal, 1 Pa = 1 N/m 2 Planck’s constant, s eV s J h ⋅ × = ⋅ × = − − 15 34 10 14 . 4 10 626 . 6 Rest mass of a neutron, kg m n 27 10 675 . 1 − × = Rest mass of a proton, kg m p 27 10 673 . 1 − × = Rest mass of an electron, kg m e 31 10 1095 . 9 − × = Universal Gas Constant, R = N a k B = 8.314 J mol ⋅ K = 1.987 cal mol ⋅ K Watt, A V s m kg m s J W ⋅ = ⋅ = ⋅ = 1 1 1 1 3 2 Prefixes: 18 10 − = = atto a 15 10 − = = fempto...
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• Fall '09
• TanyaFalten
• Rectangle, Crystal system, Boltzmann constant, kg Rest mass, Reference Pages—Please, Cubic Tetragonal Orthorhombic Rhombohedral Hexagonal Monoclinic Triclinic

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MTE208 Ref Equations - MTE 208 Reference Pages—Please do...

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