2) A 2.12g sample of MgO (molar mass = 40.3 g/mol) was placed in a coffee cup calorimeter and mixed with 65mL of 1M HCI a 21°C. The temperature of the solution rose to 42.5°C. Find the heat of the reaction qsys and AH°rxn assuming the MgO is the limiting reagent. Heat capacity of water = 4.18J/gK MgO(s) + 2HCl(aq) → MgCl2(aq) + H₂O (1)

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2.12
2) A 2.12g sample of MgO (molar mass = 40.3 g/mol) was placed in a coffee cup calorimeter and mixed with 65mL
of 1M HCI a 21°C. The temperature of the solution rose to 42.5°C. Find the heat of the reaction qsys and AH°rxn
assuming the MgO is the limiting reagent. Heat capacity of water = 4.18J/gK
MgO(s) + 2HCl(aq) → MgCl2(aq) + H₂O (1)
SS
27
425
1.26X. 40.305.3
1:9
GR
269, 1234
21.5x65x40.3
56,344-35
price as the balan: Ro
the half pastr
Heto 1254
Transcribed Image Text:2.12 2) A 2.12g sample of MgO (molar mass = 40.3 g/mol) was placed in a coffee cup calorimeter and mixed with 65mL of 1M HCI a 21°C. The temperature of the solution rose to 42.5°C. Find the heat of the reaction qsys and AH°rxn assuming the MgO is the limiting reagent. Heat capacity of water = 4.18J/gK MgO(s) + 2HCl(aq) → MgCl2(aq) + H₂O (1) SS 27 425 1.26X. 40.305.3 1:9 GR 269, 1234 21.5x65x40.3 56,344-35 price as the balan: Ro the half pastr Heto 1254
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