Mmol of NaOH = 78×1.7 => 132.6 mmol
mmol of HNO3 =1.9×94 => 178.6 mmol
Q = ms∆T
= 172×4.184×10.19
= 7333.21 J
∆H = -7333.21/0.1326
= -55.3 kJ/mol
sorry the final temp is 30.19 C For this cerise, you can simte the described conditions...
For this exercise, you can simulate the described conditions by changing the values in the Run Experiment tool, under the Experiment tab, in the simulation. The temperature changes can be used to qualitatively determine whether an unknown acid is a weak or strong acid by running several neutralization reactions and comparing temperature results from the unknown acids with those of a known strong acid and known weak acid. In the simulation, run four neutralization experiments between 0.120 mol of each...
For each exercise, you can simulate the described conditions by changing the values in the Run Experiment tool of the Simulation. To be able to measure the effects on pressure or volume, slide the Rspd bar in the Properties box to either P (atm) or V (L), respectively. The slider bar for either pressure or volume will turn yellow when it is selected, and it becomes the only dependent variable, i.e., the value you measure in response to changing the...
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