Answer:
stable, because there is always an equal amount of force surrounding the atom
From what we know, we can confirm that the difference measured by the experiment in the heat released when compared to the hydrogenation of an imaginary cyclohexatriene is called the stabilization energy of benzene.
<h3>What is stabilization energy?</h3>
This is a term used to describe the difference in measured energy of a chemical structure compared to the theoretical energy amounts <u>expected </u>to be measured. In this experiment, the heat that was released <u>did not match</u> the <u>calculated </u><u>energy </u>expected, which is a prime example of stabilization energy at work.
Therefore, we can confirm that the difference measured by the experiment is called the stabilization energy of benzene.
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One element, two atoms.
Element is Hydrogen.
Two atoms of Hydrogen.
to counteract the sourness of the acids. just did this assignment so i know this is correct