Geometric and Optical Isomerism
Question 1: What are isomers?
Answer:
Isomers are compounds with the same chemical composition but different structural configurations.
Question 2: What are Cis-isomers and Trans-isomers?
Answer:
Cis Isomers: Similar groups are referred to as cis isomers when they are found on the same side of the double bonds.
Trans Isomers: Trans isomers are defined as having comparable groups on the opposing sides of double bonds.
Question 3: What are the different types of isomerism for coordination compounds?
Answer:
Different types of isomerism for coordination compounds are,
- Geometric isomerism
- Optical isomerism
- Linkage isomerism
- Coordination isomerism
- Ionization isomerism
- Solvate isomerism
Question 4: How does Geometric Isomerism occur in cyclic alkanes?
Answer:
Geometric isomerism in cyclic compounds requires at least two additional groups besides hydrogens on the ring, and these additional groups must be on distinct ring carbon atoms.
Question 5: Which compound shows Geometrical Isomerism?
Answer:
If a compound has two distinct groups on the same carbon atom that are doubly linked to another carbon atom or connected to a ring carbon atom, it exhibits geometric isomerism.
Question 6: Which compound shows Optical Isomerism?
Answer:
When two substances with the same molecular and structural formula cannot be superimposed on one another, optical isomerism primarily occurs.
Geometric and Optical Isomerism
Transition metals can generate a wide range of complex compounds by sharing electrons with a variety of anions or neutral molecules, such compounds are referred to as coordination compounds in present terminology.
New ideas on chemical bonds and molecular structure have shed light on how these substances act as essential parts of biological systems. The coordination compounds of magnesium, iron, and cobalt are chlorophyll, haemoglobin, and vitamin B12, respectively. Coordination compounds are used as analytical reagents, industrial catalysts, and various metallurgical processes. Additionally, there are numerous uses for coordination compounds in the electroplating, textile dyeing, and pharmaceutical sector.