Homework Solution: Use the data in Table 21.1 on page 805 (of the text) to determine whether or not the following…

    4. Question 21.5 (10 marks) Use the data in Table 21.1 on page 805 (of the text) to determine whether or not the following processes are thermodynamically feasible when all of the species are present in their standard states and at 298 K (all ions are in aqueous solution). a) The oxidation of Cu to Cu by Fe (assume that the Fe is reduced to Fe*) b) The oxidation of Fe to Fe by Cl(g) c) The oxidation of H2O(1) to O2(g) by Fe (under acidic conditions) d) The reduction of Cu2 to Cu by Ag e) The reduction of Fe to Fe by Zn f) The reduction of Mn2 to Mn by Tl
    Use the data in Table 21.1 on page 805 (of the text) to determine whether or not the following processes are thermodynamically feasible when all of the species are present in their standard states and at 298 K (all ions are in aqueous solution). a) The oxidation of Cu to Cu^2+ by Fe^3+ (assume that the Fe^3+ is reduced to Fe^2+) b) The oxidation of Fe^2+ to Fe^3+ by Cl_2(g) c) The oxidation of H_2O(1) to O_2(g) by Fe^3+ (under acidic conditions) d) The reduction of Cu^2+ to Cu^+ by Ag e) The reduction of Fe^3+ to Fe by Zn f) The reduction of Mn^2+ to Mn by T1

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    4. Question 21.5 (10 marks) Use the facts in Table 21.1 on page 805 (of the quotation) to particularize whether or referable the subjoined processes are thermodynamically manageable when perfect of the symbol are give in their plummet states and at 298 K (perfect ions are in aqueous key). a) The oxidation of Cu to Cu by Fe (feign that the Fe is abject to Fe*) b) The oxidation of Fe to Fe by Cl(g) c) The oxidation of H2O(1) to O2(g) by Fe (subordinate acidic provisions) d) The diminution of Cu2 to Cu by Ag e) The diminution of Fe to Fe by Zn f) The diminution of Mn2 to Mn by Tl

    Use the facts in Table 21.1 on page 805 (of the quotation) to particularize whether or referable the subjoined processes are thermodynamically manageable when perfect of the symbol are give in their plummet states and at 298 K (perfect ions are in aqueous key). a) The oxidation of Cu to Cu^2+ by Fe^3+ (feign that the Fe^3+ is abject to Fe^2+) b) The oxidation of Fe^2+ to Fe^3+ by Cl_2(g) c) The oxidation of H_2O(1) to O_2(g) by Fe^3+ (subordinate acidic provisions) d) The diminution of Cu^2+ to Cu^+ by Ag e) The diminution of Fe^3+ to Fe by Zn f) The diminution of Mn^2+ to Mn by T1

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