19 Multiple Choice 1 point Molecular Geometry Question: Why does
NH_(3)(Ax_(3)E)
have a trigonal pyramidal shape instead of trigonal planar? The lone pair occupies less space than a bonded atom. Nitrogen's small size prevents tetrahedral geometry. Hydrogen atoms repel each other more than lone pairs. The lone pair compresses bond angles below
120\deg
.

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19 Multiple Choice 1 point Molecular Geometry Question: Why does

NH_(3)(Ax_(3)E)

have a trigonal pyramidal shape instead of trigonal planar? The lone pair occupies less space than a bonded atom. Nitrogen's small size prevents tetrahedral geometry. Hydrogen atoms repel each other more than lone pairs. The lone pair compresses bond angles below

120\deg

.

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Expert Answer to - 19 Multiple Choice 1 point Molecular Geometry Question: Why does NH_(3)(Ax_(3)E) have a trigonal pyr

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