1. Reaction is endothermic 2. Reaction has an activation barrier of 100 kJ. The net enthalpy change between reactants and products is 425 kJ. Sketch, diagram using a dotted line to show how addition of a catalyst would affect the chemical reaction described if it reduced forward activation barrier by 40 kJ. 4. Sketch a labelled potential energy diagram for a chemical reaction that has the following components: 5. Label the energy of reactants, energy of products, activation barrier for the forward reaction, site of the activated complex, activation barrier for the reverse uncatalyzed reaction, activation barrier for the forward catalyzed reaction, and the net enthalpy change for the reaction.

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Draw a labelled potential energy diagram for a chemical reaction that has the following 
components:

1.
2.
3.
4.
5.
Sketch a labelled potential energy diagram for a chemical reaction that has the following
components:
Reaction is endothermic
Reaction has an activation barrier of 100 kJ.
The net enthalpy change between reactants and products is 425 kJ.
Sketch, diagram using a dotted line to show how addition of a catalyst would affect the
chemical reaction described if it reduced forward activation barrier by 40 kJ.
Label the energy of reactants, energy of products, activation barrier for the forward
reaction, site of the activated complex, activation barrier for the reverse uncatalyzed
reaction, activation barrier for the forward catalyzed reaction, and the net enthalpy
change for the reaction.
Transcribed Image Text:1. 2. 3. 4. 5. Sketch a labelled potential energy diagram for a chemical reaction that has the following components: Reaction is endothermic Reaction has an activation barrier of 100 kJ. The net enthalpy change between reactants and products is 425 kJ. Sketch, diagram using a dotted line to show how addition of a catalyst would affect the chemical reaction described if it reduced forward activation barrier by 40 kJ. Label the energy of reactants, energy of products, activation barrier for the forward reaction, site of the activated complex, activation barrier for the reverse uncatalyzed reaction, activation barrier for the forward catalyzed reaction, and the net enthalpy change for the reaction.
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