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"Scientific Approach"
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Chemistry
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![chemistry - Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_983789_15fdd7ee_1774922925966_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=966_sc.jpg "chemistry - Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost - ShareChat")