solved names/formulas of compounds, unit conversions for temperature and energy, sig

names/formulas of compounds, unit conversions for temperature and energy, sig figs, chemical equations (in particular thermochemical equations), stoichiometry (g ↔ mole ↔ energy)Basic equations used that you should know and be able to use in various contexts: q = m c ∆T q = m ∆Hphase and their use in calculations involving heat transfer with or without change of state qa + qb + qc … = 0 in various calorimetry situations (either constant pressure “coffee cup” calorimeter or constant volume bomb calorimeter) where a, b, c represent different components of the system in different applications such asdetermining specific heat capacity of a metal (qmetal + qwater + qcal = 0)determining enthalpy change for reactions such as dissolving ionic substance in water,or chemical reactions such as a metal with an acid.determining heat release per mole of substance in bomb calorimeter∆rH0 = Σ n∆rH0 (products) – Σ n∆rH0 (reactants)Hess’s law ∆rH = ∆rH1 + ∆rH2 + ∆rH3 + This is what it will be about and I have only 2 hours to finish it and don’t worry it’s going to be a multiple choice. and I want it today at anytime before 12 am 3/24/2021