Question

i just need to do the blank parts and i do not understand how

i believe all the information should he there. whats needed is the calculation for delta Hm, rxn2 for both trials and delta Hf defree MgO

LOUILL Dtherwise noted, 2pts.for each blank equation, and box) Trial 1 Trial 2 Volume of 3.00 M HCI 86.5L Mass of Mg Mass of 3.00 MHCI.ubs (calculated) Total Mass Mole product if HCI limiting reactant 91 .H-L_ (1 pt. each) 0.8459 (I pt. each) (calculated) -ID.Byー(calculated) b. 2742M (calculated) a6계 10.1igー(calculated) b.2595 (calculated) 0.0279 0.03477 H Mole product if Mg limiting reactant Limiting reactant Initial Temperature Final Temperature (calculated) (1 pt. each) C( pt. cach) (1 pt. each) 52-51.7ZoLo) (4 pts. each) (calculated) o.8'C -3gte 55.5.1 Average ΔHm.r.nl -52.22 41 pt.) Show all calculations for ΔΗmrn. for Trial I. (4 pt.) 10.lu). 4. I8-t4 --/470 . 7 7 J 0.0279 ..--5271587 4 H AHm.ran 2 Trial 2 Trial 1 2.ImL l pt. each) a.0152. I pt cach) IO. D7,ー(calculated) Volume of 3.00 M HCi Mass of MgO Mass of 3.00M HCI Total Mass Mole product if HCI limiting Mole product if 81L . 57 _9.84 (calculated) 1.31 (calculated) (calculated) 0.87631 -o.a69ч n_ (calculated) (calculated) reactant 0.05 M (calculated (I pt. each) 21.0"C-(1 pt. each) 40.12( pt.each) Mgo limiting resctant818t (calculated) limiting reactant Limiting reactant Initial Temperature Final Temperature 0.1'C 35.1℃ (4 pts, each) Average ΔΗ1iLnn2 (I pt.) Write the balanced equation for the reaction of magnesium metal with hydrochloric acid. Write the balanced equation for the reaction of magnesium oxide with hydrochloric acid. Combine the above two equations with that for the formation of liquid water (Eq. 6) and use Hess's Law to clearly show how you arrive at the equation for the formation of magnesium oxide (Eq. 5). In this same space use the average values for ΔΗ.nnn 1, ΔΗ.nn 2 and ΔΙ1fOHO to determine ΔΗΑ1go. Show work. (5 pts for correctly shown work.) Calculated AHf Mgo (4 pts) Accepted AHr Mgo (1 pt. 2 e evror_

Answer 1

calculati 0 0389 0-05 133 mole ula 2_ 어!

Thank you