Which statement best reflects a growth mindset in mathematics?

Ability grows with effort.

Ability is fixed and cannot change.

Feedback is not helpful for improvement.

A growth mindset in mathematics is the belief that ability can be developed through effort, strategies, and feedback. When you see math skills as improvable with practice, you’re more likely to try different approaches, persist through difficulties, and learn from mistakes. The statement that ability grows with effort best captures this idea because it links effort and learning strategies directly to improvement. In contrast, thinking ability is fixed and cannot change reflects a fixed mindset; saying that feedback is not helpful ignores how guided feedback helps you refine methods and understanding; and believing success depends only on innate talent overlooks the real impact of practice, strategy, and persistence on mathematical growth.

Success depends only on innate talent.

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