The Reaction 2NO(g) + O 2 (g)$\rightarrow$ 2NO 2 (g) Has$\Delta$ H r $\omicron$ = -4 KJ

The Answer of The Reaction 2NO(g) + O 2 (g)$\rightarrow$ 2NO 2 (g) Has$\Delta$ H r $\omicron$ = -4 KJ

The Reaction 2NO(g) + O 2 (g)$\rightarrow$ 2NO 2 (g) Has$\Delta$ H r $\omicron$ = -4 KJ

The Answer of The Reaction 2NO(g) + O 2 (g)$\rightarrow$ 2NO 2 (g) Has$\Delta$ H r $\omicron$ = -4 KJ

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The Reaction 2NO(g) + O₂(g) $\rightarrow$ 2NO₂(g) Has $\Delta$ H_r^$\omicron$ = -4 KJ

Question 13

Multiple Choice

The reaction 2NO(g) + O₂(g) $\rightarrow$ 2NO₂(g) Has $\Delta$ H_r^$\omicron$ = -4 kJ.mol^-¹.
A possible mechanism for this reaction is
2NO(g) Rapid equilibrium,K
$f$
N₂O₂(g)
N₂O₂(g) +O₂(g) $\rightarrow$ 2NO₂(g)
Slow,K
If the activation energy for the reverse reaction is 225 kJ.mol^-¹.
What is the activation energy for the forward reaction?

A) Because an intermediate is involved, the forward activation energy cannot be calculated with the given information.
B) 111 kJ.mol^-¹.
C) 339 kJ.mol^-¹.
D) 114 kJ.mol^-¹.
E) 55.5 kJ.mol^-¹.

The Reaction 2NO(g) + O2(g) →\rightarrow→ 2NO2(g) Has Δ\DeltaΔ Hr ο\omicronο = -4 KJ

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The Reaction 2NO(g) + O₂(g) $\rightarrow$ 2NO₂(g) Has $\Delta$ H_r^$\omicron$ = -4 KJ

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