Which letter (a–f) represents potential energy (ΔH) of the products?
1 answer:
Answer:
<em>1) Which letter (a–f) represents potential energy (ΔH) of the products?</em>
- (e)
<em>2) Which letter (a-f) represents potential energy (ΔH) of the activated complex?</em>
- (c)
<em>3) Which letter (a-f) represents potential energy (ΔH) of the reactants?</em>
- (a)
Explanation:
The graph ploted represents the changes in the chemical potential (stored) energy for the reaction X + Y → Z as long as it evolves from reactants to products.
The left side of the graph shows the potential energy of the <em>reactants</em>, X and Y, when the reaction has not yet occurred.
Thus, the letter (a) is the potential energy of the reactants.
Moving from left to right you see that the potential energy increases, until a maximum. The maximum is when the reactants (X and y) have reacted up to an intermediate stage, in which there exists a transition state featured by an <em>activated complex</em> whose structure is half-way between the reactants and the products.
Thus, the letter (c) represents the potential energy of the activated complex.
At the far right of the graph, the reaction has gone to completion, the activated complex ends the transition state and the final products are formed. Thus, the letter (e) represents the potential energy of the products (Z).
All those energies are measured with respect to the same base line (the x-axis).
The attached graph has some labels added to help to identify the 3 stages: reactants, activated complex, and product.
You might be interested in
Answer:
Uranium-238 undergoes alpha decay to form Thorium-234 as daughter product.
Explanation:
Alpha decay is indicative of loss of the equivalents of a helium particle emission. The reaction equation for this reaction is shown below:
→
I hope this explanation is clear and explanatory.