Introduction:
Solving questions related to rotational motion in the Physics section of the JEE Advanced exam requires a strong understanding of the concepts and the ability to apply them to various problem scenarios. Here are some specific strategies to help you approach and solve these types of questions effectively.

1. Understand the Concept:
Before attempting any question, it is crucial to have a clear understanding of the basic concepts of rotational motion. Familiarize yourself with terms like angular velocity, angular acceleration, moment of inertia, torque, etc. Additionally, learn about the different rotational kinematic equations and the laws of rotational motion.

2. Analyze the Question:
Carefully read and analyze the given question to determine what is being asked. Identify the known and unknown quantities and any relevant variables. Pay attention to the given conditions or constraints.

3. Apply the Relevant Equations:
Once you have identified the key concepts and variables involved, apply the appropriate equations of rotational motion to solve the problem. Use the kinematic equations to relate angular displacement, angular velocity, angular acceleration, and time. Apply the laws of rotational motion, such as Newton's second law for rotation, to calculate torque and angular acceleration.

4. Consider Conservation Laws:
In some cases, the conservation laws of rotational motion can be utilized to simplify the problem. The conservation of angular momentum and the conservation of energy can be applied when there are no external torques or when the system is isolated.

5. Visualize the Problem:
Try to visualize the situation described in the question. Draw diagrams or sketches to represent the objects involved and their respective motions. This visual representation can help in understanding the problem better and in devising an appropriate solution strategy.

6. Practice with Different Scenarios:
To gain proficiency in solving rotational motion problems, practice a variety of questions from different scenarios. This will help you become familiar with the different types of problems and the corresponding solution approaches.

7. Review and Learn from Mistakes:
After solving a problem, review your solution and identify any mistakes or areas where you could have improved. Analyze the reasoning behind each step and understand the underlying concepts. Learn from your mistakes to enhance your problem-solving skills.

Conclusion:
Solving questions related to rotational motion in the JEE Advanced exam requires a strong grasp of the concepts and the ability to apply them effectively. By understanding the concepts, analyzing the question, applying relevant equations, considering conservation laws, visualizing the problem, practicing with different scenarios, and learning from mistakes, you can develop a strategic approach to solve these types of questions efficiently. Regular practice and a thorough understanding of the subject matter are key to mastering rotational motion problems in the JEE Advanced exam.