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2. Calculate the heat released into the solution for the 3 reactions, according to: ᅠᅠᅠq(reaction)ᅠ=ᅠCcal * Delta T + mass(contents) * Cp (contents) * deltaT Cp is the specific heat (assume 4.18 J/goC) 3. Find the molar heat of reaction for each experiment in units of KiloJoules / (mole of Mg) by dividing the heat of reaction (converted to KJ by dividing by 1000) by the moles of Mg used. 4. Calculate and record the average molar heat of reaction from the three results.

2. Calculate the heat released into the solution for the 3 reactions, according to:

 

ᅠᅠᅠq(reaction)ᅠ=ᅠCcal * Delta T + mass(contents) * Cp (contents) * deltaT

Cp is the specific heat (assume 4.18 J/goC)

 

 

 

3. Find the molar heat of reaction for each experiment in units of KiloJoules / (mole of Mg) by dividing the heat of reaction (converted to KJ by dividing by 1000) by the moles of Mg used.

 

4. Calculate and record the average molar heat of reaction from the three results.

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