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Compare your experimental AP values for the reactions studied in the lab with the literature significant amount (ie.> 10N), determine and esplain how a souce.of experimental.crror would values for these reactions. If any of the observed results deviate from the literature values by a DISCUSSION i for these reactions. If any of the observed results deviate from the literature values by a lead to the gbsenved differene in each case Enthalpy of Reaction Data for the Solution Calorimetry Lab

Compare your experimental AP values for the reactions studied in the lab with the literature significant amount (ie.> 10N), determine and esplain how a souce.of experimental.crror would values for these reactions. If any of the observed results deviate from the literature values by a DISCUSSION i for these reactions. If any of the observed results deviate from the literature values by a lead to the gbsenved differene in each case Enthalpy of Reaction Data for the Solution Calorimetry Lab

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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how do I calculate the Literature delta H on the far right side on the table using the list of delta H reactions 

Compare your experimental AH values for the reactions studied in the lab with the literature values for these reactions. If any of the observed results deviate from the literature values by a DISCUSSION significant amount (i.e.> 106), determine and explain how a source of experimental error would lead to the observed difference in each case. Enthalpy of Reaction Data for the Solution Calorimetry Lab The following table should provide all the data you need to calculate the literature enthalpy of reaction volues for the reactions studied in the lob today. The lines in the table divide up the data given to (roughly) correspond with what is needed for the experiments performed, although it may be necessary to use a given data item more than once. All enthalpies of formation are for reactions carried out under standard conditions at a temperature of 25°C. Reaction AH° (kJ) O:lg) + Hale) + Na(s) I Hale) + Clale) Hole) + Nalg) + 글o8) -470.11 NaOH(aq) HCI(aq) -167.16 HNO(aq) -207.4 Hals) + Ozle) -285.83 Chle) + Na(s) NaCl(aq) -407.3 I Nale) + Osle) + Na(s) NANO,(aq) -447.5 2Na(s) + Sals) + O:lg) NazS,Os(aq) -1132.4 2Na(s) + 4 Suls) + Osle) NazS,Os(s) -1123. 2Na(s) + Sals) + 40;(g) + SH:le) NaS,OySH;O(s) -2607.9 2e+ Sals) + } 0:l8) S,O, (aq) -652.3 Na(s) Na"(aq) +e -240.1 Mg(s) + Clale) MgCla(aq) -801.15 Mg(s) + O:le) H:le) + Pals) + 20;(8) e+ Halg) + Pals) + 20:(g) MgO(s) -601.70 HPO.(aq) -1288.3 HPO. (aq) -1296.3 HPO (aq) 2e+ Hale) + Pals) + 20;lg) -1292.1 PO (aq) 3e" + Pals) + 20:(g) -1277.4 H"(aq) +e 0.0 99
Transcribed Image Text:Compare your experimental AH values for the reactions studied in the lab with the literature values for these reactions. If any of the observed results deviate from the literature values by a DISCUSSION significant amount (i.e.> 106), determine and explain how a source of experimental error would lead to the observed difference in each case. Enthalpy of Reaction Data for the Solution Calorimetry Lab The following table should provide all the data you need to calculate the literature enthalpy of reaction volues for the reactions studied in the lob today. The lines in the table divide up the data given to (roughly) correspond with what is needed for the experiments performed, although it may be necessary to use a given data item more than once. All enthalpies of formation are for reactions carried out under standard conditions at a temperature of 25°C. Reaction AH° (kJ) O:lg) + Hale) + Na(s) I Hale) + Clale) Hole) + Nalg) + 글o8) -470.11 NaOH(aq) HCI(aq) -167.16 HNO(aq) -207.4 Hals) + Ozle) -285.83 Chle) + Na(s) NaCl(aq) -407.3 I Nale) + Osle) + Na(s) NANO,(aq) -447.5 2Na(s) + Sals) + O:lg) NazS,Os(aq) -1132.4 2Na(s) + 4 Suls) + Osle) NazS,Os(s) -1123. 2Na(s) + Sals) + 40;(g) + SH:le) NaS,OySH;O(s) -2607.9 2e+ Sals) + } 0:l8) S,O, (aq) -652.3 Na(s) Na"(aq) +e -240.1 Mg(s) + Clale) MgCla(aq) -801.15 Mg(s) + O:le) H:le) + Pals) + 20;(8) e+ Halg) + Pals) + 20:(g) MgO(s) -601.70 HPO.(aq) -1288.3 HPO. (aq) -1296.3 HPO (aq) 2e+ Hale) + Pals) + 20;lg) -1292.1 PO (aq) 3e" + Pals) + 20:(g) -1277.4 H"(aq) +e 0.0 99
SUMMARY TABLE: Reaction ΔΗ(1) ΔΗ(2) AH(avg) Literature AH A) HCl + NaOH Bi) NazS203 + H2О B2) NazS2O3·5H2O + H2O C) Mg + HCl D) MgO + HCl E) HРО4 + NaOH Ей) Н3РО4 + 2NaOH Ei) HaPOд + 3NaOH
Transcribed Image Text:SUMMARY TABLE: Reaction ΔΗ(1) ΔΗ(2) AH(avg) Literature AH A) HCl + NaOH Bi) NazS203 + H2О B2) NazS2O3·5H2O + H2O C) Mg + HCl D) MgO + HCl E) HРО4 + NaOH Ей) Н3РО4 + 2NaOH Ei) HaPOд + 3NaOH
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