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(d) M=? [M(CO)7]+ (e) M=? H3CM(CO)5

(d) M=? [M(CO)7]+ (e) M=? H3CM(CO)5

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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### Exercises: Determine the Metal in Coordination Complexes In the following exercises, identify the metal (M) in each coordination complex: 1. **(d)** \( M = ? \) \[ [M(CO)_7]^+ \] 2. **(e)** \( M = ? \) \[ H_3CM(CO)_5 \] ### Explanation: These exercises involve coordination complexes where a central metal atom (M) is bonded to several carbonyl (CO) ligands. In exercise (d), the charged complex suggests the metal forms a cationic species when coordinated with seven CO ligands. Meanwhile, exercise (e) involves a neutral complex with five carbonyl ligands and a methyl (H₃C) group attached to the metal center. Students are required to deduce the identity of the metal (M) based on the given formulas of these coordination compounds. The coordination number and charge, along with knowledge of common metal carbonyl complexes, will be instrumental in solving these exercises.
Transcribed Image Text:### Exercises: Determine the Metal in Coordination Complexes In the following exercises, identify the metal (M) in each coordination complex: 1. **(d)** \( M = ? \) \[ [M(CO)_7]^+ \] 2. **(e)** \( M = ? \) \[ H_3CM(CO)_5 \] ### Explanation: These exercises involve coordination complexes where a central metal atom (M) is bonded to several carbonyl (CO) ligands. In exercise (d), the charged complex suggests the metal forms a cationic species when coordinated with seven CO ligands. Meanwhile, exercise (e) involves a neutral complex with five carbonyl ligands and a methyl (H₃C) group attached to the metal center. Students are required to deduce the identity of the metal (M) based on the given formulas of these coordination compounds. The coordination number and charge, along with knowledge of common metal carbonyl complexes, will be instrumental in solving these exercises.
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