Cyclopropane and propylene isomers both have the formula c3h6. based on the molecular structures shown, which of these isomers w
ould you expect to have the higher standard molar entropy at 25 oc
1 answer:
The measure of randomness or uncertainty of the substance is known as the entropy of the substance.
Under the standard state, the entropy of one mole of substance is known as its standard molar entropy.
The structure of cyclopropane and propylene is shown in the attached image.
Since, the structure of propylene is an open chain structure thus, possessing high randomness. Whereas the structure of cyclopropane is ring (closed) structure and thus, not that much free to move and has less randomness.
Hence, the structure of propylene will have the higher standard molar entropy.
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Answer:
See attached picture.
Explanation:
Hello!
In this case, since C2H3Cl is an organic compound we need a central C-C parent chain to which the three hydrogen atoms and one chlorine atom provides the electrons to get all the octets except for H as given on the statement.
In such a way, on the attached picture you can find the required Lewis dot structure without formal charges and with all the unshared electron pairs, considering there is a double bond binding the central carbon atoms in order to compete their octets.
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