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For the molecule below, how many lone pairs are around the central atom? 1 2 3 4 with 3 atoms attached, it is trigonal planar

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For the molecule below, how many lone pairs are around the central atom? 1 2 3 4 with 3 atoms attached, it is trigonal planar with 3 atoms attached, it is trigonal pyramid with 3 atoms attached and 1 lone pair, it is trigonal planar with 3 atoms attached and 1 lone pair, it is trigonal pyramid For a molecule like the one below, how do we describe its geometry? it has 1 name it has 3 names, 1 for each central atom it has 9 names, one for each atom we are unable to describe its geometry What is true about molecules with tetrahedral geometry? all 4 positions in the tetrahedron are identical 3 positions are identical, but the top position is different 2 of the positions are the same, but they are different than the other 2 positions none of the positions are the same

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