For which one of the following equations is ∆ H_{\text{reaction }}^{\circ} equal to ∆ H_{j}^{\circ} for the product? (2003)

Correct Answer is : Xe(g)+2F2(g)→XeF4(g)

{N}_{2(g)}+ {O}_{3(g)} \to {N}_{2} {O}_{3(g)}

{CH}_{4(g)}+2 {Cl}_{2(g)} \to {CH}_{2} {Cl}_{2(l)}+2 {HCl}_{(g)}

{Xe}_{(g)}+2 {F}_{2(g)} \to {XeF}_{4(g)}

2 {CO}_{(g)}+ {O}_{2(g)} \to 2 {CO}_{2(g)}

Class 11 NEET Chemistry Chemical Thermodynamics

Question : 71 of 96

Marks: +1, -0

For which one of the following equations is ∆H‌reaction ‌∘ equal to ∆Hj∘ for the product?

(2003)

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