Asked by Jill
In an endorthermic reaction, the reactants have a , total bond energy. This means the
relative potential energy of the reactants is than the relative potential energy of the
products. The reaction energy.
higher lower absorbs releases potential non existent
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Filled: "higher" — "lower" — "absorbs" — "potential"
Complete sentence: In an endothermic reaction, the reactants have a higher total bond energy. This means the relative potential energy of the reactants is lower than the relative potential energy of the products. The reaction absorbs potential energy.
Brief reason: More energy is required to break the reactant bonds than is released when product bonds form, so net energy is absorbed and the products end up at higher potential energy.
Complete sentence: In an endothermic reaction, the reactants have a higher total bond energy. This means the relative potential energy of the reactants is lower than the relative potential energy of the products. The reaction absorbs potential energy.
Brief reason: More energy is required to break the reactant bonds than is released when product bonds form, so net energy is absorbed and the products end up at higher potential energy.
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