Consider this equation and the associated value for `DeltaH^(@)`. `2H_(2)(g)+2Cl_(2)(g)to4HCl(g),DeltaH=-92.3Kj` which statement abount this information is incorrect?A. If the equation is reversed ,the `DeltaH^(@)` value equals +92.3KJ.B. The four HCl bonds are stronger then the four bonds in `H_(2) and Cl_(2)`.C. The `DeltaH^(@)` value will be -92.3 KJ if the HCl is produced as a liquid.D. 23.1 KJ of heat will be enolved when 1 mol of HCl(g)Is produced.

Consider this equation and the associated value for `DeltaH^(@)`. `2H_

1.	Consider this equation and the associated value for `DeltaH^(@)`. `2H_(2)(g)+2Cl_(2)(g)to4HCl(g),DeltaH=-92.3Kj` which statement abount this information is incorrect?A. If the equation is reversed ,the `DeltaH^(@)` value equals +92.3KJ.B. The four HCl bonds are stronger then the four bonds in `H_(2) and Cl_(2)`.C. The `DeltaH^(@)` value will be -92.3 KJ if the HCl is produced as a liquid.D. 23.1 KJ of heat will be enolved when 1 mol of HCl(g)Is produced.
Answer» Correct Answer - c

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