2. Formulate problem-solving strategies: choose the most suitable problem-solving strategies according to the questions and requirements. For example, some problems may require algebraic methods, while others may require geometric or graphical methods.
3. List what you know: List all the information you know before you begin to answer questions. This can help you identify the problems that need to be solved and possible solutions.
4. Perform problem-solving steps: calculate step by step according to your problem-solving strategy. In this process, you may need to use algebra, geometry, statistics or other mathematical knowledge.
5. Check results: After you get the answer, check your work to make sure that you have not made any mistakes. This may include checking your calculation, unit conversion or the process of solving equations.
6. Reflection and learning: If your answer is wrong, try to understand why your answer is wrong and learn from it. If your answer is correct, then think about how you solved the problem and whether there are any more effective methods that can be applied to future problems.
7. Practice: Mathematics is a subject that needs a lot of practice. You can improve your skills and confidence by solving various types and difficulties of math problems.