1. Which of the following best describes the concept of integrated physical sciences? A. The study of physical sciences in isolation from other disciplines B. The integration of multiple disciplines from physical sciences to provide a holistic understanding of natural phenomena C. The study of physical sciences in conjunction with social sciences D. The study of physical sciences in a vacuum without considering realworld applications Answer: B. The integration of multiple disciplines from physical sciences to provide a holistic understanding of natural phenomena Rationale: Integrated physical sciences involve combining principles and concepts from various branches of physical sciences to gain a comprehensive understanding of natural phenomena. 2. Which of the following is an example of interdisciplinary approach in integrated physical sciences? A. Studying only chemistry principles in isolation B. Combining principles from physics and chemistry to study chemical reactions C. Studying physics and social sciences together D. Ignoring principles from biology while studying physics concepts Answer: B. Combining principles from physics and chemistry to study chemical reactions Rationale: Interdisciplinary approach in integrated physical sciences involves combining principles from different branches of physical sciences to study complex phenomena. 3. Why is it important to integrate concepts from various physical sciences disciplines? A. To make the study of physical sciences more difficult B. To provide a holistic understanding of natural phenomena C. To confuse students D. To discourage students from pursuing careers in physical sciences Answer: B. To provide a holistic understanding of natural phenomena Rationale: Integrating concepts from various physical sciences disciplines