Halogenated substituents on a benzene ring remove electron density by resonance, but can donate electron density by induction. Gringnard reagents are compatible with acids. ____An ether is more reactive than an alcohol. In the Diels-Alder reaction, the diene has electron-density attracting groups while the dienophile has electron-density donor groups. __An alkoxide is a weak nucleophile. The s-trans conformation for a diene is more stable than the s-cis conformation. The boiling point of disubstituted benzenes increases with a decrease in polar moment.

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Halogenated substituents on a benzene
ring remove electron density by resonance,
but can donate electron density by induction.
Gringnard reagents are compatible with
acids.
____An ether is more reactive than an alcohol.
In the Diels-Alder reaction, the diene has
electron-density attracting groups while the
dienophile has electron-density donor groups.
____An alkoxide is a weak nucleophile.
The s-trans conformation for a diene is
more stable than the s-cis conformation.
The boiling point of disubstituted
benzenes increases with a decrease in polar
moment.
Transcribed Image Text:Halogenated substituents on a benzene ring remove electron density by resonance, but can donate electron density by induction. Gringnard reagents are compatible with acids. ____An ether is more reactive than an alcohol. In the Diels-Alder reaction, the diene has electron-density attracting groups while the dienophile has electron-density donor groups. ____An alkoxide is a weak nucleophile. The s-trans conformation for a diene is more stable than the s-cis conformation. The boiling point of disubstituted benzenes increases with a decrease in polar moment.
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