Persistence

Definition

Persistence refers to the ability to continue working on a problem or task despite challenges, difficulties, or initial failures. It involves a steadfast commitment to overcoming obstacles and striving towards a solution, which is essential in developing a resilient mathematical mindset. Cultivating persistence helps individuals tackle complex problems with determination and encourages them to view setbacks as opportunities for growth rather than insurmountable barriers.

5 Must Know Facts For Your Next Test

1. Persistence is often seen as a key indicator of success in mathematical problem-solving, as it allows students to engage deeply with challenging concepts.
2. Teaching strategies that promote persistence include encouraging students to tackle increasingly complex problems and emphasizing the importance of effort over immediate results.
3. Mathematics education often emphasizes the process of solving a problem, which inherently requires persistence as students navigate through trial and error.
4. Students who develop persistence are more likely to become lifelong learners, as they are better equipped to face challenges in various areas of their lives.
5. Cultivating an environment that celebrates persistence can lead to improved student attitudes toward mathematics and increased overall achievement.

Review Questions

• How does persistence impact a student's approach to problem-solving in mathematics?
  • Persistence significantly enhances a student's approach to problem-solving by encouraging them to keep working through difficulties and not give up when faced with challenges. When students embrace persistence, they are more likely to engage with complex problems, explore multiple strategies, and learn from their mistakes. This mindset allows them to develop a deeper understanding of mathematical concepts and fosters resilience in tackling future challenges.
• In what ways can educators foster a sense of persistence among their students in mathematics?
  • Educators can foster persistence by creating a supportive classroom environment where mistakes are viewed as learning opportunities. This includes providing constructive feedback, encouraging collaborative problem-solving, and celebrating effort rather than just correct answers. Additionally, setting high expectations and offering appropriate challenges can motivate students to persist through difficult tasks while also instilling a growth mindset that emphasizes development over perfection.
• Evaluate the role of persistence in the development of a growth mindset within mathematics education.
  • Persistence plays a critical role in developing a growth mindset within mathematics education by reinforcing the belief that abilities can be improved through effort and perseverance. When students encounter obstacles but continue to strive for solutions, they begin to understand that challenges are part of the learning process. This realization supports the idea that intelligence is not fixed; rather, it can grow with time and practice. As students persist in their efforts, they cultivate resilience and a more positive attitude toward learning, which ultimately contributes to their success in mathematics.

Related terms

Resilience:

The capacity to recover quickly from difficulties and adapt to challenging situations while maintaining motivation.

Growth Mindset: The belief that abilities and intelligence can be developed through dedication, hard work, and learning from mistakes.

Problem Solving: The process of finding solutions to difficult or complex issues by applying various strategies and techniques.