35. Glycine has the structure NH2CH2COOH. It can lose a proton from the carboxyl group and form chelate rings bonded through both N and one the O atoms. How many possible isomers of tris(glycinato)cobalt(III)? (A)3 (B)4 (C)5 (D)6 (E)8

35. Glycine has the structure NH₂CH₂COOH. It can lose a proton from the carboxyl group and form chelate rings bonded through both N and one the O atoms. How many possible isomers of tris(glycinato)cobalt(III)?
(A)3
(B)4
(C)5
(D)6
(E)8

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2. Which of the following descriptions for atomic structure is incorrect? (A) The 2s orbital has a nodal surface. (B) The angular functions of atomic orbitals determine how the probability changes from point to point at a given distance from the center of the atom. (C) 3d orbitals have no radial nodes. (D) Coulombic energy depends on the number of possible exchanges between two electrons with the same energy and the same spin. (E) There are 3 angular nodes in f orbitals.

35. Glycine has the structure NH₂CH₂COOH. It can lose a proton from the carboxyl group and form chelate rings bonded through both N and one the O atoms. How many possible isomers of tris(glycinato)cobalt(III)?
(A)3
(B)4
(C)5
(D)6
(E)8

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