Which of the following Equation represents the value of - H f 0 of Ag I -A- Ag g -1 - 2 I 2 g -Ag I s B- 2 Ag s - I 2 g - 2 Ag I s C- Ag s -1 - 2 I 2 g - Ag I s D- Ag - aq - I - aq - AgI s

The correct option is A Ag (g) + 1/2 I2(g) →Ag I (s) Compound should be formed from the elements in their standard states ...

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Cyanide or Macarthur Forrest Process

Which of the ...

Question

Which of the following Equation represents the value of $Δ H_{f}^{0}$ of $A g I$ ?

Ag⁺(aq) + I^-(aq)→AgI(s)

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Ag (g) + 1/2 I₂(g) →Ag I (s)

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2Ag (s) + I₂(g) →2 Ag I(s)

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Ag (s) + 1/2 I₂(g) →Ag I (s)

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C u (s) | C u^{2 +} (a q) | | A g^{+} (a q) | A g (s)

C u (s) | C u^{2 +} (a q) | | A g^{+} (a q) | A g (s)

25^{o}

A g_{(s)} + I_{(a q)} \to A g I_{(s)} + e^{-}, E^{o} = 0.152

A g_{(s)} \to A g_{(a q)}^{+} + e^{-}, E^{o} = - 0.800

K_{s p}

(W h e r e K_{s p} = solubility product, 2.303 \frac{R T}{F} = 0.059 V)

E^{o}

2 A g^{+} (a q) + S n^{2 +} (a q) \to S n^{4 +} (a q) + 2 A g (s)

A g (s) + \frac{1}{2} S n^{4 +} (a q) \to \frac{1}{2} S n^{2 +} (a q) + A g^{+} (a q)

A g I (s) ⇌ {A g}^{+} (a q) + I^{-} (a q)

C a O (s) + {C O}_{2} (g) ⇌ C a {C O}_{3} (s)

{B r}_{2} (l) ⇌ {B r}_{2} (g)

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