Winter Pop-Up Cards: A Poppin’ Way to Explore Geometry in Art!
Pop-up cards are a FABULOUS example of the geometry in art. Make this snowy forest mini pop-up card with me!
Hi, art lovers!
See how math sneaks it’s way into making pop-up cards!
How Geometry in Art Enhances Creativity
Yes, you heard that right! I use math ALL THE TIME in my art studio!
Discovering Geometry in Winter Pop-Up Cards
As I worked on a Snowy Forest Mini pop-up card, I began to realize just how much geometry was involved in my process. I was thinking about angles, how to make multiple triangles at once, and debating about whether to design my card in quarters or thirds. Suddenly, it hit me—”Wow, I use math when I make art all the time!”
Parallel Lines: Understanding how lines that never meet can be used to create structure in the design.
Triangles: Learning how to create and combine triangles to form complex shapes, which is vital for both artistic design and geometry.
Positive and Negative Space: Exploring how different shapes interact and how space can be used to enhance the overall composition of the card.
Teaching Geometry in Art Through Pop-Up Cards
Parents and teachers can use pop-up card projects to introduce basic geometry concepts in a fun and accessible way. For instance.
Right Angles: Demonstrate how 90-degree angles are used in the construction of pop-up elements.
Fractions: Show how dividing a page into halves, quarters, or thirds can help in designing the layout of the card.
Three Triangles in a Rectangle: Teach how triangles can fit together to form other shapes, reinforcing an understanding of geometric relationships
When I was crafting my Snowy Forest Mini pop-up card, I found myself naturally talking about right angles, demonstrating how three triangles can fit snugly within a rectangle, and even using terms like “parallel lines.” While I knew that art and math often intersect, it was awesome to see how geometry immediately informed my art-making!
Making Math Fun Through Geometry in Art
Fourths… 3:15
Parallel lines… 5:40
Three triangles in a rectangle… 6:14
Right angles… 6:50