3. Draw each of the following complexes. Give the formal oxidation state and d-electron count of each metal ion, and provide the total valence electron count of each complex. a) Fe(CO)s h) [Fe(CO)4]²- b) [Fe(n³-allyl) (CO);CI] c) [Rh(Me)(CO)2(PPh3)] i) MWin-CsHs)H i) [Co(n³-allyl) (P(OMC)3)3]
3. Draw each of the following complexes. Give the formal oxidation state and d-electron count of each metal ion, and provide the total valence electron count of each complex. a) Fe(CO)s h) [Fe(CO)4]²- b) [Fe(n³-allyl) (CO);CI] c) [Rh(Me)(CO)2(PPh3)] i) MWin-CsHs)H i) [Co(n³-allyl) (P(OMC)3)3]
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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![3. Draw each of the following complexes. Give the formal oxidation state and d-electron count
of each metal ion, and provide the total valence electron count of each complex.
a) Fe(CO)s
h) [Fe(CO)4]²-
b) [Fe(n³-allyl) (CO);CI]
c) [Rh(Me)(CO)2(PPh3)]
d) [Pd(Me)(CI)(PPH3)2]
e) [Co(n³-C5H5) (n¹-C4Ph4)]
i) [W(n5-C5H5)H3]*
i) [Co(n³-allyl) (P(OME)3)3]
k) [Zr(n-CsHs)z(H)(CI)]
I) [Ru(H)₂(CO)(PPH3)3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fff4f59cf-f6a2-4d49-a12d-a42c3c997150%2Fdfcb8d32-1a1d-48e3-8e13-16c5f9599600%2Fffosnzi_processed.png&w=3840&q=75)
Transcribed Image Text:3. Draw each of the following complexes. Give the formal oxidation state and d-electron count
of each metal ion, and provide the total valence electron count of each complex.
a) Fe(CO)s
h) [Fe(CO)4]²-
b) [Fe(n³-allyl) (CO);CI]
c) [Rh(Me)(CO)2(PPh3)]
d) [Pd(Me)(CI)(PPH3)2]
e) [Co(n³-C5H5) (n¹-C4Ph4)]
i) [W(n5-C5H5)H3]*
i) [Co(n³-allyl) (P(OME)3)3]
k) [Zr(n-CsHs)z(H)(CI)]
I) [Ru(H)₂(CO)(PPH3)3
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