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This chapter explores the fundamental concepts of motion by analyzing position vs. time and velocity vs. time graphs. It explains how constant velocity influences an object's trajectory in a straight line and differentiates between distance and displacement. The relationship between speed and velocity is clarified, while the impact of changing velocity on acceleration is discussed. Additionally, the significance of constant acceleration in the context of gravity is examined. The study of motion dates back to ancient civilizations, marking the beginnings of physical science.
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1. Chapter 3 & 5
Motion
2. What information can be determined from analyzing the slopes of position vs. time and velocity vs. time graphs?
How does constant velocity affect the position of an object traveling in a straight line?
How does distance differ from displacement?
How does speed differ from velocity?
What is the relationship between position vs. time and velocity vs. time graphs?
How does the rate of change of velocity reflect an object’s acceleration?
How can the concept of constant acceleration apply to the study of gravity?
3. Motion was the first aspect of the physical world to be studied-traced to ancient civilizations of Asia Minor.