Define Complex Problems Interactive Videos

Investigate the principles and components of complex machines through examples such as bicycles and Rube Goldberg devices. Understand the integration of mechanical parts and their practical applications in the real world. Develop insights into the design, functionality, and efficiency of mechanical systems.

Examine the fundamental concepts of ecological interactions, with a specific focus on population dynamics and carrying capacity. Understand how various environments enable species growth and ensure sustainability. Gain insights into the factors that influence population changes and the limitations of ecosystems in supporting life.

Examine the structure and functions of complex carbohydrates, focusing on polysaccharides and starches. Develop skills to identify carbohydrate sources and comprehend their dietary impact.

Engage with the concepts of series and parallel circuits by focusing on methods for calculating resistance, voltage, and current. Develop skills in analyzing circuit components and gain a comprehensive understanding of electrical flow. The learning process emphasizes the acquisition of analytical skills necessary to interpret and manipulate various elements within electrical circuits.