For the reaction ,`CH_(4)+Cl_(2)toCH_(3)Cl+HCl` which expression given `DeltaH`? `{:("Bond dissociation",Kj.mol^(-1)),(C-H,413),(C-Cl,328),(Cl-Cl,242),(H-Cl,431):}`A. `DeltaH=(413+328)-(242+431)`B. `DeltaH=(413-328)-(242-431)`C. `DeltaH=(413-242)-(328-431)`D. `DeltaH=(413+242)-(328+431)`

For the reaction ,`CH_(4)+Cl_(2)toCH_(3)Cl+HCl` which expression given

1.	For the reaction ,`CH_(4)+Cl_(2)toCH_(3)Cl+HCl` which expression given `DeltaH`? `{:("Bond dissociation",Kj.mol^(-1)),(C-H,413),(C-Cl,328),(Cl-Cl,242),(H-Cl,431):}`A. `DeltaH=(413+328)-(242+431)`B. `DeltaH=(413-328)-(242-431)`C. `DeltaH=(413-242)-(328-431)`D. `DeltaH=(413+242)-(328+431)`
Answer» Correct Answer - d

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For the reaction ,`CH_(4)+Cl_(2)toCH_(3)Cl+HCl` which expression given `DeltaH`? `{:("Bond dissociation",Kj.mol^(-1)),(C-H,413),(C-Cl,328),(Cl-Cl,242),(H-Cl,431):}`A. `DeltaH=(413+328)-(242+431)`B. `DeltaH=(413-328)-(242-431)`C. `DeltaH=(413-242)-(328-431)`D. `DeltaH=(413+242)-(328+431)`

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