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(Solved): 1.).) The inscribed polygon method indicates that benzene has how many antibonding molecular orbita ...




1.).) The inscribed polygon method indicates that benzene has how many antibonding molecular orbitals?
a.) 1 M.O.
b.) \( 2 \m
1.).) The inscribed polygon method indicates that benzene has how many antibonding molecular orbitals? a.) 1 M.O. b.) \( 2 \mathrm{M} . \mathrm{O} \) c.) \( 3 \mathrm{M} . \mathrm{O} \). d.) 4 M.O. 1K.) List the following carbonyl compounds in order of decreasing acidity of their alpha hydrogens (from strongest acid to weakest acid). 1 a.) \( 3>2>1>4 \) C.) \( 3>1>2>4 \) b.) \( 2>3>1>4 \) d.) \( 1>2>3>4 \) 1L.) Assign each compound as aromatic, antiaromatic, or nonaromatic. Assume each molecule is planar if it has a continuous chain of p-orbitals around the ring? each molecule is planar if it has a continuous chain of p-orbitals around the ring? a.) 1: aromatic 2: antiaromatic c.) 1: aromatic 2: aromatic b.) 1: nonaromatic 2: antiaromatic d.) 1: nonaromatic 2: aromatic


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1J) option- C - 3 molecular orbitals The cyclic array of six p-orbitals (One on each carbon) overlap to generate six mol
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