What is the solution to the problem?
Finding a solution to a problem involves constructing a course of action that will transform your current situation into one where your objective has been achieved. Some problems require no further analysis once they have been defined effectively.
What will you do after getting a number of possible solutions to your problem?
Here are seven-steps for an effective problem-solving process.
- Identify the issues.
- Understand everyone’s interests.
- List the possible solutions (options)
- Evaluate the options.
- Select an option or options.
- Document the agreement(s).
- Agree on contingencies, monitoring, and evaluation.
Why is it important to have multiple solutions to a problem?
Researchers recommend that students be taught explicitly that problems can be solved in more than one way. Students who practice multiple strategies and share their solutions become more flexible and efficient in problem solving, and are more likely to see options when approaching a problem.
Can one problem have multiple solutions?
The second category of multiple solutions results from applying different mathematical procedures or strategies to solve a problem and usually leads to the same mathematical outcome. The combination of these two types is also possible and may be considered a third category of multiple solutions.
Why can you use different strategies to solve the same problem?
Teaching students different strategies to solve problems helps them see new, more efficient strategies that might resonate with them. Teaching different strategies will help them see different ways to solve problems and students will gravitate to the way that best meets where they’re at.
What is multiple-solution problem?
We define multiple-solution problems (MSPs) as mathematical problems that can be approached using different tools or strategies from the same area or different branches of mathematics.