Which visual merchandising principle is specifically designed to increase engagement with complex mathematical learning tools by leveraging the psychological concept of 'cognitive curiosity'?

Visual merchandising in mathematics education stores requires careful consideration of how mathematical concepts are physically displayed to attract students and educators. From geometric manipulatives to algebraic learning tools, the presentation of mathematical products impacts both understanding and sales. This poll tests your knowledge about the psychological principles behind effective mathematical product displays.

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The Rule of Thirds - placing key mathematical tools at intersection points that naturally draw the eye
Progressive Complexity Display - arranging items from simplest to most complex, creating a natural learning path
Color Blocking - grouping mathematical tools by color rather than function to create visual appeal
Vertical Merchandising - placing premium mathematical products at eye level and budget options below