Identifying Problems Resources

Investigate the differences between physical and chemical changes, focusing on their characteristics and providing examples. Learners will identify and categorize each type of change, developing an understanding of their implications.

Investigate the properties and characteristics of quadrilaterals, focusing on squares, rectangles, rhombuses, and trapezoids. Develop the skill to distinguish and classify these shapes by analyzing their defining features.

Engage in energy problem-solving within engineering design by examining insulation and developing prototypes. Acquire skills in solution optimization and gain a comprehensive understanding of constraints.

Explore the identification of minerals through key properties such as hardness and luster. Develop the ability to evaluate and assess mineral attributes, and apply these skills in practical situations.

Focus on distinguishing between organisms and fossils, identifying evidence of past life, and understanding paleoecology. Develop skills in fossil identification and explore the environments that shaped historical ecosystems.

Investigate mosquito-related concepts and strategies for managing their presence. Gain the ability to identify mosquito habitats and implement effective control methods, enhancing skills in environmental analysis and pest management.

Explore fundamental design principles with an emphasis on identifying and applying constraints and criteria. Enhance problem-solving and critical thinking skills within engineering contexts, focusing on practical application and theoretical understanding.

Focuses on crucial problem-solving competencies within the Engineering Design Process, fostering the capacity to identify, define, and analyze challenges. Enhances critical thinking and promotes the development of innovative solutions.

Examine major urban health challenges, emphasizing diseases such as cancer and heart disease. Learn to recognize disease symptoms and explore prevention strategies, gaining comprehensive knowledge on managing these critical health issues effectively.

Explore creative problem-solving through building toys and addressing engineering challenges. Learners will enhance critical thinking and understand innovative solutions.