A hypothetical reaction $A \rightarrow 2B$, proceeds through following sequence of steps (i) $A \rightarrow C;\mathrm{\Delta}H = q$ (ii)$C \rightarrow D;\mathrm{\Delta}H = v$ (iii)$\frac{1}{2}D \rightarrow B;\ \mathrm{\Delta}H = x$ Then the heat of reaction i

Question

Dr. Abubacker · Accepted Answer

(c)
According to Hess’s law, the total heat changes occurring during a chemical reaction are independent of path.
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$\mathrm{\Delta}H = q + V + 2x$

Q. A hypothetical reaction $A \rightarrow 2B$, proceeds through following sequence of steps (i) $A \rightarrow C;\mathrm{\Delta}H = q$ (ii)$C \rightarrow D;\mathrm{\Delta}H = v$ (iii)$\frac{1}{2}D \rightarrow B;\ \mathrm{\Delta}H = x$ Then the heat of reaction i

Explanation

Reviewed by Dr. Abubacker

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