Physics Kinematics: Motion in a Straight Line - Converting between Graphs of Motion Part 2

This lesson explains how to convert between graphs of motion by calculating areas. It covers the relationships between speed, velocity, and acceleration graphs, using Carmen's motion as an example. The video demonstrates how to construct distance, velocity, and displacement time graphs from speed and acceleration graphs, emphasizing the importance of understanding areas and gradients. Key principles for graph transformation are discussed, including the impact of continuous and non-continuous graphs.

Explain the difference between continuous and not continuous graphs in the context of motion.

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What steps are involved in converting an acceleration time graph into a velocity time graph?

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How does the area of a straight line in a graph relate to the shape of the resulting graph?

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What is the final displacement of Carmen above the water after her jump, and how is it calculated?

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