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#📚प्रतियोगी परीक्षा विशेष🏆
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![📚प्रतियोगी परीक्षा विशेष🏆 - IMPORTANT CHEMISTRY FORMULAS moles of solute Molarity (M) volume of solution in liters moles of solutel Molality (m) mass of solvent in kg] Ideal Gas Equation PV = nRT MP Density d= RT Equivalent mass of solu Normality (N) volume of solution in liters pH Formula -log [H+] pH = ~log [OH] pH Formulal pOH = Relation between pH + pOH 14 = pH & pOH Gibbs Free Energy AG = AH -TAS Arrhenius Equation Ae-Ea k = IMPORTANT CHEMISTRY FORMULAS moles of solute Molarity (M) volume of solution in liters moles of solutel Molality (m) mass of solvent in kg] Ideal Gas Equation PV = nRT MP Density d= RT Equivalent mass of solu Normality (N) volume of solution in liters pH Formula -log [H+] pH = ~log [OH] pH Formulal pOH = Relation between pH + pOH 14 = pH & pOH Gibbs Free Energy AG = AH -TAS Arrhenius Equation Ae-Ea k = - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_737117_a8ed062_1756351735734_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=734_sc.jpg "📚प्रतियोगी परीक्षा विशेष🏆 - IMPORTANT CHEMISTRY FORMULAS moles of solute Molarity (M) volume of solution in liters moles of solutel Molality (m) mass of solvent in kg] Ideal Gas Equation PV = nRT MP Density d= RT Equivalent mass of solu Normality (N) volume of solution in liters pH Formula -log [H+] pH = ~log [OH] pH Formulal pOH = Relation between pH + pOH 14 = pH & pOH Gibbs Free Energy AG = AH -TAS Arrhenius Equation Ae-Ea k = IMPORTANT CHEMISTRY FORMULAS moles of solute Molarity (M) volume of solution in liters moles of solutel Molality (m) mass of solvent in kg] Ideal Gas Equation PV = nRT MP Density d= RT Equivalent mass of solu Normality (N) volume of solution in liters pH Formula -log [H+] pH = ~log [OH] pH Formulal pOH = Relation between pH + pOH 14 = pH & pOH Gibbs Free Energy AG = AH -TAS Arrhenius Equation Ae-Ea k = - ShareChat")