pisiod noh 23.40 Consider the following three complexes: (Complex 1) [Co(NH3)5SCN]²+ (Complex 2) [Co(NH3);Cl3]2+ (Complex 3) COCIBR 5NH3 Which of the three complexes can have (a) geometric iso- mers, (b) linkage isomers, (c) optical isomers, (d) coordina- tion-sphere isomers? 41 A four-coordinate complex MA,B2 is prepared and found to have two different isomers. Is it possible to determine from this information whether the complex is square planar or tetrahedral? If so, which is it? 12 Consider an octahedral complex MA3B3. How many geo- metric isomers are expected for this compound? Will any of the isomers be optically active? If so, which ones? 3 Determine if each of the following complexes exhibits geo- metric isomerism. If geometric isomers exist, determine hoW many there are. (a) tetrahedral [Cd(H2O),Cl2], (b) square-pla- nar (IrCl,(PH3)2] , (c) octahedral [Fe(o-phen),Cl2]*. Determine if each of the following complexes exhibits geometric isomerism. If geometric isomers exist, deter- mine how many there are. (a) [Rh(bipy) (o-phen)2]** (b) [Co(NH3)3(bipy)Br]*, (c) square-planar [Pd(en) Determine if each of the following hiral and therefore has an 3+ Zn(H,O),CL,, (h edral
pisiod noh 23.40 Consider the following three complexes: (Complex 1) [Co(NH3)5SCN]²+ (Complex 2) [Co(NH3);Cl3]2+ (Complex 3) COCIBR 5NH3 Which of the three complexes can have (a) geometric iso- mers, (b) linkage isomers, (c) optical isomers, (d) coordina- tion-sphere isomers? 41 A four-coordinate complex MA,B2 is prepared and found to have two different isomers. Is it possible to determine from this information whether the complex is square planar or tetrahedral? If so, which is it? 12 Consider an octahedral complex MA3B3. How many geo- metric isomers are expected for this compound? Will any of the isomers be optically active? If so, which ones? 3 Determine if each of the following complexes exhibits geo- metric isomerism. If geometric isomers exist, determine hoW many there are. (a) tetrahedral [Cd(H2O),Cl2], (b) square-pla- nar (IrCl,(PH3)2] , (c) octahedral [Fe(o-phen),Cl2]*. Determine if each of the following complexes exhibits geometric isomerism. If geometric isomers exist, deter- mine how many there are. (a) [Rh(bipy) (o-phen)2]** (b) [Co(NH3)3(bipy)Br]*, (c) square-planar [Pd(en) Determine if each of the following hiral and therefore has an 3+ Zn(H,O),CL,, (h edral
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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23.40
![pisiod noh
23.40 Consider the following three complexes:
(Complex 1) [Co(NH3)5SCN]²+
(Complex 2) [Co(NH3);Cl3]2+
(Complex 3) COCIBR 5NH3
Which of the three complexes can have (a) geometric iso-
mers, (b) linkage isomers, (c) optical isomers, (d) coordina-
tion-sphere isomers?
41 A four-coordinate complex MA,B2 is prepared and found to
have two different isomers. Is it possible to determine from
this information whether the complex is square planar or
tetrahedral? If so, which is it?
12 Consider an octahedral complex MA3B3. How many geo-
metric isomers are expected for this compound? Will any of
the isomers be optically active? If so, which ones?
3 Determine if each of the following complexes exhibits geo-
metric isomerism. If geometric isomers exist, determine hoW
many there are. (a) tetrahedral [Cd(H2O),Cl2], (b) square-pla-
nar (IrCl,(PH3)2] , (c) octahedral [Fe(o-phen),Cl2]*.
Determine if each of the following complexes exhibits
geometric isomerism. If geometric isomers exist, deter-
mine how many there are. (a) [Rh(bipy) (o-phen)2]**
(b) [Co(NH3)3(bipy)Br]*, (c) square-planar [Pd(en)
Determine if each of the following
hiral and therefore has an
3+
Zn(H,O),CL,, (h
edral](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb2f71cc3-406d-4549-a751-96d454552a8c%2F4e1ef385-8067-4674-9b94-b2fd3036b75a%2Fbqzqwxn.jpeg&w=3840&q=75)
Transcribed Image Text:pisiod noh
23.40 Consider the following three complexes:
(Complex 1) [Co(NH3)5SCN]²+
(Complex 2) [Co(NH3);Cl3]2+
(Complex 3) COCIBR 5NH3
Which of the three complexes can have (a) geometric iso-
mers, (b) linkage isomers, (c) optical isomers, (d) coordina-
tion-sphere isomers?
41 A four-coordinate complex MA,B2 is prepared and found to
have two different isomers. Is it possible to determine from
this information whether the complex is square planar or
tetrahedral? If so, which is it?
12 Consider an octahedral complex MA3B3. How many geo-
metric isomers are expected for this compound? Will any of
the isomers be optically active? If so, which ones?
3 Determine if each of the following complexes exhibits geo-
metric isomerism. If geometric isomers exist, determine hoW
many there are. (a) tetrahedral [Cd(H2O),Cl2], (b) square-pla-
nar (IrCl,(PH3)2] , (c) octahedral [Fe(o-phen),Cl2]*.
Determine if each of the following complexes exhibits
geometric isomerism. If geometric isomers exist, deter-
mine how many there are. (a) [Rh(bipy) (o-phen)2]**
(b) [Co(NH3)3(bipy)Br]*, (c) square-planar [Pd(en)
Determine if each of the following
hiral and therefore has an
3+
Zn(H,O),CL,, (h
edral
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