Question

1) Suppose the mass of the NaOH used in a reaction was doubled. What would you expect to happen to the heat given off by the reaction? Explain your answer.

2)Again, suppose the mass of the NaOH used in a reaction was doubled. What would you expect to happen to the heat given off per mole of NaOH in the reaction? Explain your answer.

I am not sure what the answer would be, however I do think that for question 1 the answer would be more and for question 2 the answer would be less. If I am right could you explain to me why those would be the answers as I do know the why and if I'm wrong explain what the right answer would be?
Thanks

Answer 1

I may be reading the problem wrong but #2 seems to be stated in a peculiar fashion. I think the two questions are different and #2 doesn't follow from #1.
For #1, if q = mass x (delta H/gram) and you double grams, then q must double and the reaction will release more heat.

If I read #2 correctly, it wants to know, not how much heat is evolved if more NaOH is added, but how much heat is evolved per mole. Delta H/mol is a constant is it not so it makes no difference how much NaOH is added, the heat/mol will stay the same.

Answer 2

The heat would remain the same