My child made oobleck

History

• The concept of non-Newtonian fluids like oobleck can tie into historical experiments and discoveries related to the properties of matter.
• Understanding the historical context of famous scientists and inventors like Isaac Newton, and how their contributions to physics have influenced our understanding of fluid dynamics.
• Exploring how ancient civilizations used natural materials in similar ways, and how these discoveries have impacted modern science and technology.

Math

• Measuring and comparing the properties of oobleck based on its volume and density, providing a hands-on experience of mathematical concepts related to measurement and comparison.
• Calculating the ratio of cornstarch to water in the oobleck mixture to understand the importance of precise measurements and proportions in scientific experiments.
• Exploring the mathematical concepts behind the states of matter and how oobleck exhibits both liquid and solid properties, providing a unique perspective on physics and math connections.

Science

• Learning about states of matter and how their properties can change based on external forces, introducing the concept of fluid dynamics and its application in everyday life.
• Understanding the impact of stress and strain on materials, highlighting the properties of non-Newtonian fluids and their behavior under different conditions, leading to discussions on real-world applications in engineering and materials science.
• Exploring the environmental impact and sustainability of oobleck ingredients, considering the sources and production methods of cornstarch and its implications on ecosystems and food supply chains.

Following the activity, it would be beneficial to encourage the student to conduct further experiments and observations related to non-Newtonian fluids. They could explore different ratios of cornstarch to water to find the optimal mixture for specific properties, or even compare the behavior of oobleck with other non-Newtonian fluids like homemade slime. Additionally, the student could research historical experiments and discoveries of non-Newtonian fluids and present their findings in a creative presentation or report.

Book Recommendations

• The Way Things Work Now by David Macaulay: This book introduces curious minds to the principles of physics and engineering through engaging illustrations and historical context.
• The Kingfisher Science Encyclopedia by Charles Taylor: This comprehensive guide covers various scientific concepts, including states of matter and fluid dynamics, in an accessible and engaging manner.
• The Story of Science: Aristotle Leads the Way by Joy Hakim: This narrative-style book provides an engaging overview of the history of science and the influential figures who shaped our understanding of the natural world.