Given: 2H + (aq)+ 2e - $\to$ H 2 (g); 0$\to$ Rb(s); -298 V F 2 (g)+ 2e - $\to$

The Answer of Given: 2H + (aq)+ 2e - $\to$ H 2 (g); 0$\to$ Rb(s); -298 V F 2 (g)+ 2e - $\to$

Given: 2H + (aq)+ 2e - $\to$ H 2 (g); 0$\to$ Rb(s); -298 V F 2 (g)+ 2e - $\to$

The Answer of Given: 2H + (aq)+ 2e - $\to$ H 2 (g); 0$\to$ Rb(s); -298 V F 2 (g)+ 2e - $\to$

Solved

Given:
2H⁺(aq)+ 2e^- $\to$ H₂(g); 0 $\to$ Rb(s); -298 V
F₂(g)+ 2e^- $\to$

Question 82

Multiple Choice

Given:
2H⁺(aq) + 2e^- $\to$ H₂(g) ; 0.00 V
Rb⁺(aq) + e^- $\to$ Rb(s) ; -2.98 V
F₂(g) + 2e^- $\to$ 2F^-(aq) ; 2.87 V
Al³⁺(aq) + 3e^- $\to$ Al(s) ; -1.66 V
Pb²⁺(aq) + 2e^- $\to$ Pb(s) ; -0.13 V
Under standard-state conditions,which is the strongest reducing agent?

A) Al³⁺
B) H⁺
C) Pb²⁺
D) F^-
E) Rb

Given: 2H+(aq)+ 2e- →\to→ H2(g); 0 →\to→ Rb(s); -298 V F2(g)+ 2e- →\to→

Multiple Choice

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Given:
2H⁺(aq)+ 2e^- $\to$ H₂(g); 0 $\to$ Rb(s); -298 V
F₂(g)+ 2e^- $\to$

Correct Answer:
Verified
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