When cobalt (II) chloride is treated and reacted, with the bidentate ligand, NH₂CH₂CH₂NH₂, ("en"), the compound [CoCl₂(en) ₂]CI is formed A. What is the oxidation state of cobalt in the compound formed? B. What is meant by the term bidentate as applied to a ligand? C. What is the co-ordination number of cobalt in this compound? D. What is the correct name of the complex? E. What is the counter ion? F. Calculate the percentage of total chlorine in the complex [CoCl₂(en)₂]CI given that the molar mass of the complex is 285.5 g mol-¹ and the atomic mass of chlorine is 35.5 g mol-¹ (ans to 1 decimal place)

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When cobalt (II) chloride is treated and reacted, with the bidentate ligand, NH₂CH₂CH₂NH₂,
("en"), the compound [CoCl₂(en)₂]Cl is formed
A. What is the oxidation state of cobalt in the compound formed?
B. What is meant by the term bidentate as applied to a ligand?
C. What is the co-ordination number of cobalt in this compound?
D. What is the correct name of the complex?
E. What is the counter ion?
F. Calculate the percentage of total chlorine in the complex [CoCl₂(en)₂]CI given that the
molar mass of the complex is 285.5 g mol-¹ and the atomic mass of chlorine is 35.5 g mol-¹
(ans to 1 decimal place)
Transcribed Image Text:When cobalt (II) chloride is treated and reacted, with the bidentate ligand, NH₂CH₂CH₂NH₂, ("en"), the compound [CoCl₂(en)₂]Cl is formed A. What is the oxidation state of cobalt in the compound formed? B. What is meant by the term bidentate as applied to a ligand? C. What is the co-ordination number of cobalt in this compound? D. What is the correct name of the complex? E. What is the counter ion? F. Calculate the percentage of total chlorine in the complex [CoCl₂(en)₂]CI given that the molar mass of the complex is 285.5 g mol-¹ and the atomic mass of chlorine is 35.5 g mol-¹ (ans to 1 decimal place)
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