Asked by t
In an endothermic reaction the total bond energy in the reactants is (greater / less than)
the bond energy of the products so energy is (released / absorbed ) by the reaction
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In an endothermic reaction the total bond energy in the reactants is greater than the bond energy of the products, so energy is absorbed by the reaction.
(Reason: ΔH ≈ energy to break bonds in reactants − energy released forming bonds in products. For endothermic ΔH > 0, so bonds broken > bonds formed → net energy absorbed.)
(Reason: ΔH ≈ energy to break bonds in reactants − energy released forming bonds in products. For endothermic ΔH > 0, so bonds broken > bonds formed → net energy absorbed.)
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