So, perhaps someone could lend me a hand.
It is the following question:
I have 29,2 g of H2SO4 and mix it with water. It is an exotermic reaction. Which temperature has a H2O/H2SO4-mixture, when 29,2g of the H2SO4 is combined with 100g of water under 293,15 Kelvin. The heat capacity of this mixture is idealy 4,19 J / gK (it needn't hold onto reality, just assume it is the case <.< )
The Heat energy when dilutet with water is measured to be 95,33 KJ/mol
So I know the formula Q = m*C (T2-T1), though I have nevr used it in calculations. Also despite the fact I have those given quantities, mass, heat, and heat capacity I just don't know if Q really is the given 95,33 Kj/mol because usually Q is desribed as Joule and not Joule per mole. Perhaps it is just a mishap on the behalf of the professor.
So I used this formula and set it up this far:
Q / (m*C = T2-T1 => Q / (m*C) + T1 = T2
So I have:
95330 J/mol / ( (29,2g+100g)*4,19J/g*K) + 293,15K = 469,24 K
Is this calculation correct?