Understanding and solving problems related to coordination compounds and their properties requires a systematic approach and a good understanding of the underlying principles. Here are some specific strategies that can help in this regard:

1. Understand the basics:
Before attempting to solve problems related to coordination compounds, it is important to have a solid understanding of the basics. This includes concepts such as coordination number, ligands, central metal ion, oxidation state, and isomerism.

2. Identify the given information:
Carefully read and analyze the problem statement to identify the given information. This may include the chemical formula of the complex, the coordination number, the oxidation state of the metal ion, and other relevant details.

3. Determine the geometry:
Based on the coordination number and the nature of ligands, determine the most likely geometry of the complex. This can be done by considering the electronic configuration of the metal ion and the ligand's geometry.

4. Determine the oxidation state:
In many problems, the oxidation state of the metal ion is not explicitly given. It can be determined by considering the overall charge of the complex and the charges of the ligands.

5. Apply the relevant theories:
Use the appropriate theories and models to explain the properties and behavior of the complex. This may include crystal field theory, ligand field theory, and molecular orbital theory. Apply these theories to explain the color, magnetic properties, and stability of the complex.

6. Consider the isomerism:
Coordination compounds exhibit different types of isomerism, such as geometric isomerism, optical isomerism, and linkage isomerism. Consider the possible isomers of the complex and their properties while solving the problem.

7. Use balanced equations:
In some problems, chemical reactions involving coordination compounds may be given. Use balanced equations to track the changes in oxidation state, ligands, and coordination number.

8. Practice and review:
To improve problem-solving skills in coordination chemistry, it is essential to practice a variety of problems from textbooks and previous year question papers. Review the solutions and understand the steps involved in solving each problem.

By following these strategies and consistently practicing problems, one can develop a strong understanding of coordination compounds and their properties.