Knex rollercoaster

Art

• The student can learn about design and structure in creating the rollercoaster model using Knex. They can explore concepts of balance, form, and color as they build and decorate the rollercoaster.

Math

• By following instructions and using different pieces to build the rollercoaster, the student practices basic geometry and spatial reasoning skills. They can also learn about measurements and fractions if they have to scale the model or divide pieces.

Science

• Through building the rollercoaster, the student can learn about gravity, momentum, and the physics of motion. They can also explore concepts of energy and forces in action as the rollercoaster moves.

After building the Knex rollercoaster, encourage the student to create their own unique rollercoaster designs and test the impact of changing certain components on the coaster's behavior. They can work on adding loops, hills, and turns to understand the physics of how rollercoasters work.

Book Recommendations

• The Thrilling World of Roller Coasters by Brad M. Epstein: A colorful introduction to roller coasters, including their history, design, and physics.
• The Big Book of Tinkering by Todd McKimmey: This book encourages young makers to explore creativity and engineering through various projects, including building simple machines and structures.
• Incredible Roller Coasters by Michael Burgan: A fascinating look at the world's most incredible roller coasters, perfect for young enthusiasts seeking more information about their favorite rides.