What is the coordination number of the Fe? 4 What is the oxidation number of the Fe? +3 tetrahedral What is the shape of the complex? (Use the table to see what type of complexes Fe usualy forms.) Sketch the complex: CI 1 Br-Fe-Br 117 1 CI Try to construct a geometric isomer of the complex. Then try to superimpose the complex that you just made on the original. If the two are different, draw each complex and label each as cis- and trans- respectively. If they superimpose, write the word "superimposeable" in the space below. Construct a model of the mirror image of each of the geometric isomers sketched in the space above or of the single complex if geometric isomers do not exist. Sketch the appropriate mirror images.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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The molecular model of [FeBr2Cl2]^-
M 104
Sp
What is the coordination number of the Fe?
What is the oxidation number of the Fe?
+3
tetrahedal
What is the shape of the complex?
(Use the table to see what type of complexes Fe usualy forms.)
Sketch the complex:
CI
Br-
117
-Fe - Br
1
CI
Try to construct a geometric isomer of the complex. Then try to superimpose the complex that
you just made on the original. If the two are different, draw each complex and label each as cis-
and trans- respectively. If they superimpose, write the word "superimposeable" in the space
below.
Construct a model of the mirror image of each of the geometric isomers sketched in the space
above or of the single complex if geometric isomers do not exist. Sketch the appropriate mirror
images.
Transcribed Image Text:M 104 Sp What is the coordination number of the Fe? What is the oxidation number of the Fe? +3 tetrahedal What is the shape of the complex? (Use the table to see what type of complexes Fe usualy forms.) Sketch the complex: CI Br- 117 -Fe - Br 1 CI Try to construct a geometric isomer of the complex. Then try to superimpose the complex that you just made on the original. If the two are different, draw each complex and label each as cis- and trans- respectively. If they superimpose, write the word "superimposeable" in the space below. Construct a model of the mirror image of each of the geometric isomers sketched in the space above or of the single complex if geometric isomers do not exist. Sketch the appropriate mirror images.
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