The synthesis of solid lead (II) sulfide can be expressed in the equation Pb(s) + S(s) → PbS(s) AH° = - 98.7 kJ/mole Pb(s) → Pb(g) дн (1) Pb(g) → Pb*2(g) + 2 e1 дн (2) S(s) → S(g) Дн (3) S(g) + 2 e → s(g) Дн (4) Pb*(g) + s?(8) → PbS(s) AH° (5)
The synthesis of solid lead (II) sulfide can be expressed in the equation Pb(s) + S(s) → PbS(s) AH° = - 98.7 kJ/mole Pb(s) → Pb(g) дн (1) Pb(g) → Pb*2(g) + 2 e1 дн (2) S(s) → S(g) Дн (3) S(g) + 2 e → s(g) Дн (4) Pb*(g) + s?(8) → PbS(s) AH° (5)
Chapter6: Thermochemistry
Section: Chapter Questions
Problem 73E: Given the following data 2O3(g) 3O2(g)H = 427 kJ O2(g) 2O(g)H = 495 kJ NO(g) + O3(g) NO2(g) +...
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![The synthesis of solid lead (II) sulfide can be expressed in the equation
Pb(s) + S(s) → PbS(s)
AH° = - 98.7 kJ/mole
Pb(s) → Pb(g)
AH° (1)
Pb(g) → Pb*2(g) + 2 e!
AH° (2)
S(s) → S(g)
AH° (3)
S(g) + 2 e1 → s'(g)
AH° (4)
Pb*(g) + s?(g) → PbS(s)
AH° (5)
19. Which of the following will have the same numerical value as the lattice energy?
(A)
ΔΗ"(1) + ΔΗ(2)
(B)
AH°(3)
(C)
AH°(4)
(D)
AH°(5)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9771b089-cf6d-49e0-9d19-d76bd9962323%2F05b65b03-a878-4e0d-8849-336a2d54b5ad%2Fj5muxf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The synthesis of solid lead (II) sulfide can be expressed in the equation
Pb(s) + S(s) → PbS(s)
AH° = - 98.7 kJ/mole
Pb(s) → Pb(g)
AH° (1)
Pb(g) → Pb*2(g) + 2 e!
AH° (2)
S(s) → S(g)
AH° (3)
S(g) + 2 e1 → s'(g)
AH° (4)
Pb*(g) + s?(g) → PbS(s)
AH° (5)
19. Which of the following will have the same numerical value as the lattice energy?
(A)
ΔΗ"(1) + ΔΗ(2)
(B)
AH°(3)
(C)
AH°(4)
(D)
AH°(5)
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