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Which statement is true regarding [Fe(en)3]²+? The coordination complex has an optical isomer. O The coordination complex has no isomers of any type. O The coordination complex has a coordination isomer. The coordination complex has a geometric isomer. The coordination complex has a linkage isomer.

Which statement is true regarding [Fe(en)3]²+? The coordination complex has an optical isomer. O The coordination complex has no isomers of any type. O The coordination complex has a coordination isomer. The coordination complex has a geometric isomer. The coordination complex has a linkage isomer.

Chemistry
Chemistry
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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
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**Question:** Which statement is true regarding \([Fe(en)_3]^{2+}\)? **Options:** - The coordination complex has an optical isomer. - The coordination complex has no isomers of any type. - The coordination complex has a coordination isomer. - The coordination complex has a geometric isomer. - The coordination complex has a linkage isomer. This question focuses on the properties of the coordination complex \([Fe(en)_3]^{2+}\), specifically its isomeric characteristics. The options explore different types of isomerism that may be present in coordination compounds, such as optical, geometric, linkage, and coordination isomerism.
Transcribed Image Text:**Question:** Which statement is true regarding \([Fe(en)_3]^{2+}\)? **Options:** - The coordination complex has an optical isomer. - The coordination complex has no isomers of any type. - The coordination complex has a coordination isomer. - The coordination complex has a geometric isomer. - The coordination complex has a linkage isomer. This question focuses on the properties of the coordination complex \([Fe(en)_3]^{2+}\), specifically its isomeric characteristics. The options explore different types of isomerism that may be present in coordination compounds, such as optical, geometric, linkage, and coordination isomerism.
**Question:** Which of these molecules is *chiral*? Select all that apply. **Diagram Explanation:** 1. **Molecule I:** The structure consists of a central carbon atom (C) bonded to four different atoms/groups: Fluorine (F), Bromine (Br), Chlorine (Cl), and Hydrogen (H). 2. **Molecule II:** This structure has a central atom denoted as M, bonded to four groups: two identical groups labeled as L, and two identical groups labeled as X. 3. **Molecule III:** Here, the central atom M is bonded to three different groups: two groups labeled as A, and one group labeled as C, and a group labeled as B. **Selection:** - [x] Molecule I - [x] Molecule III - [ ] Molecule II Molecules I and III are selected as chiral. Chiral molecules have a non-superimposable mirror image due to the presence of four different groups bonded to a central atom. Molecule II is not chiral because it has identical groups, leading to a symmetrical structure.
Transcribed Image Text:**Question:** Which of these molecules is *chiral*? Select all that apply. **Diagram Explanation:** 1. **Molecule I:** The structure consists of a central carbon atom (C) bonded to four different atoms/groups: Fluorine (F), Bromine (Br), Chlorine (Cl), and Hydrogen (H). 2. **Molecule II:** This structure has a central atom denoted as M, bonded to four groups: two identical groups labeled as L, and two identical groups labeled as X. 3. **Molecule III:** Here, the central atom M is bonded to three different groups: two groups labeled as A, and one group labeled as C, and a group labeled as B. **Selection:** - [x] Molecule I - [x] Molecule III - [ ] Molecule II Molecules I and III are selected as chiral. Chiral molecules have a non-superimposable mirror image due to the presence of four different groups bonded to a central atom. Molecule II is not chiral because it has identical groups, leading to a symmetrical structure.
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