Introduction:
In CBSE Class 2, students are introduced to basic mathematical concepts such as addition, subtraction, multiplication, and division. While there are no specific shortcuts or tricks to solve mathematical problems at this level, there are some strategies that can make problem-solving easier and more efficient for students.

1. Understanding the Problem:
Before attempting to solve a mathematical problem, it is important to understand what the problem is asking and identify the relevant information. This can be done by reading the problem carefully and breaking it down into smaller parts if needed.

2. Visualization:
Visualizing the problem can help students develop a better understanding of the mathematical concept being taught. Students can use manipulatives such as counters, blocks, or drawings to represent the numbers and operations involved in the problem.

3. Use of Concrete Examples:
Using concrete examples can help students grasp abstract mathematical concepts more easily. For example, when teaching addition, teachers can use real-life examples such as counting fruits or objects to help students understand the concept of adding numbers together.

4. Breaking Down Problems:
Breaking down complex problems into smaller, more manageable steps can make problem-solving less daunting. Students can solve each step individually and gradually build up to the final solution. This approach can also help students identify any mistakes they may have made along the way.

5. Practice and Repetition:
Regular practice is essential for students to gain proficiency in solving mathematical problems. By practicing regularly, students become more familiar with different types of problems and develop problem-solving strategies that work for them.

Conclusion:
While there are no specific shortcuts or tricks to solve mathematical problems in CBSE Class 2, students can improve their problem-solving skills by understanding the problem, visualizing it, using concrete examples, breaking down complex problems, and practicing regularly. These strategies can help students develop a strong foundation in mathematics and prepare them for more advanced concepts in higher grades.