Which of the following would generally improve problem-solving skills in mathematics?

Practicing with a variety of math problems enhances problem-solving skills in mathematics by exposing individuals to a diverse range of scenarios and challenges. This engagement allows learners to apply different strategies and methods, fostering flexibility in thinking. When individuals work through various problems, they develop a deeper understanding of concepts, which helps them recognize patterns and make connections between different mathematical ideas. This practice not only solidifies their foundational skills but also enhances their ability to approach novel problems effectively.

Diverse practice is crucial in mathematics as it encourages critical thinking and problem decomposition—skills that are essential for tackling complex problems. Additionally, encountering different types of problems helps students identify which strategies are most effective in different contexts, reinforcing their adaptive problem-solving abilities.