How to Calculate the Heat Released in Magnesium Combustion Reactions?

[blackblanx]

Homework Statement

Heat of Reaction for the combustion of Magnesium

Data:

A. Mass MgO = 0.7975g Volume 1M HCl = 97.5 ml
Temp.intial = 24.2 C Temp.final = 29.3 C $$\Delta$$T = 5.1 C

B. mass Mg 0.0896g Volume 1M HCl 89.5 ml
Temp. intial = 24.1 c Temp. final = 28.4 c $$\Delta$$T = 4.3 C

With the following data above I need to calculate the heat realsed for each reaction

Homework Equations

Need to use Q=Mc $$\Delta$$T also the question tells you to assume one cal of heat is required to change the temperature of one ml of solution one degree Celsius

The Attempt at a Solution

not sure were to begin

 

[Char. Limit]

You actually have all of the data you need...

Just turn the last sentence into something more mathematical.

"one calorie of heat is required to change the temperature per 1 degree C per mL of solution"

Is the same as

$$\frac{Q}{T \cross V}$$

which describes a specific heat capacity, I believe.