Asked by Beck
Nitrogen reacts with hydrogen to produce ammonia according to the following equation: N2(g)+3H2(g)→2NH3(g); ΔH=-92 kJ mol-1 The energy change for this reaction is best described as
A)exothermic, because the energy of the bonds in the products is greater than the energy of the bonds in the reactants
B)endothermic, because the energy of the bonds in the products is greater than the energy of the bonds in the reactants
C)exothermic, because the energy of the bonds in the products is less than the energy of the bonds in the reactants
D)endothermic, because the energy of the bonds in the products is less than the energy of the bonds in the reactants
(I am thinking that C is correct but I am not too sure)
A)exothermic, because the energy of the bonds in the products is greater than the energy of the bonds in the reactants
B)endothermic, because the energy of the bonds in the products is greater than the energy of the bonds in the reactants
C)exothermic, because the energy of the bonds in the products is less than the energy of the bonds in the reactants
D)endothermic, because the energy of the bonds in the products is less than the energy of the bonds in the reactants
(I am thinking that C is correct but I am not too sure)
Answers
Answered by
DrBob222
I'm thinking you are thinking right.
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