Build jumps

Math

• The child learned about measurement and spatial reasoning by determining the height and distance of the jumps.
• They practiced counting and sequencing by setting up a specific number of jumps.
• They explored patterns and repetition by creating different jump sequences.
• The child utilized basic addition and subtraction skills when adjusting the length or height of the jumps.

Physical Education

• The child developed their gross motor skills by physically building and jumping over the jumps.
• They improved their coordination and balance while maneuvering through the jumps.
• The activity encouraged the child to engage in active play and exercise, promoting a healthy lifestyle.
• They learned about body awareness and spatial orientation while navigating the jumps.

Science

• The child gained an understanding of gravity and its effects on their jumps.
• They learned about force and motion as they propelled themselves over the jumps.
• By experimenting with different materials for the jumps, the child explored the concept of materials and their properties.
• They developed problem-solving skills by adjusting the jumps to ensure stability and safety.

Encourage the child to think creatively and expand on the activity by incorporating themes or challenges. For example, they could create an obstacle course using the jumps or design jumps inspired by their favorite animals. This will enhance their imagination, problem-solving abilities, and critical thinking skills.

Book Recommendations

• Jump!: From the Life of Michael Jordan by Floyd Cooper: This book explores the life of Michael Jordan and his passion for basketball, highlighting the importance of practice and perseverance.
• How Do You Jump So High? Magic School Bus Rides Again by Samantha Brooke: Join Ms. Frizzle and her class as they embark on an adventure to explore the science behind jumping and discover how animals jump so high.
• The Math Curse by Jon Scieszka and Lane Smith: This humorous book takes a playful approach to math, showing how everything can be seen through a mathematical lens, including building jumps!