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 * ~ ==Physics 20== ||~ ==Physics 30== ||
 * ===Unit A: Kinematics===
 * How do changes in position, velocity and acceleration allow us to predict the paths of moving objects and systems?
 * How do the principles of kinematics influence the development of new mechanical technologies?

|| ===Unit A: Momentum & Impulse===
 * What characteristics of an object affects its momentum?


 * How are momentum and impulse related?


 * How does our understanding of concepts relating momentum and impulse influence the design and safety of sporting equipment? ||
 * ===Unit B: Dynamics===
 * How does the understanding of forces help humans improve or change their environment?


 * How do the principles of dynamics influence the development of new mechanical technologies?


 * What role do gravitational effects play in the universe?

|| ===Unit B: Forces & Fields===
 * How was the value of the elementary charge determined?


 * What is the relationship between electricity and magnetism?


 * How does magnetism assist in the understanding of fundamental particles?


 * How has this understanding revolutionized the modern way of life? ||
 * ===Unit C: Circular Motion, Work and Energy===
 * What conditions are necessary to maintain circular motion?


 * How does an understanding of conservation laws contribute to an understanding of the universe?


 * How can mechanical energy be transferred and transformed?

|| ===Unit C: Electromagnetic Radiation===
 * What roles do electricity & magnetism play in EMR?


 * Does EMR have a wave or a particle nature?


 * What experimental evidence is required to decide whether EMR has a wave or a particle nature?


 * What technological devices are used today as a result of investigating and applying electromagnetic phenomena? ||
 * ===Unit D: Oscillatory Motion and Mechanical Waves===
 * What are examples of oscillatory motion in the world around us?


 * How do mechanical waves transmit energy?


 * How is structural design and the development of technologies influenced by our understanding of wave properties? || ===Unit D: Atomic Physics===
 * How is the atom organized?


 * How can a model of the atom and the nucleus be subjected to experimental tests?


 * How does knowledge of the internal structure of the atom lead to the development of applications of energy supply and to the technology of diagnostic imaging? ||