'Foot pound ft lb' diaporamas de présentation

Chapter 5

Chapter 5. Applications of Integration. 5.1. Areas Between Curves. 5.2 and 5.3. Finding Volumes of Objects. 5.2. Volume by Slicing. Disk Method (solid object, no hole). Practice example:. Washer Method (solid object, with hole). Practice example:. Both Disk and Washer

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Chapter 5

Chapter 5. Applications of Integration. 5.1. Areas Between Curves. 5.2 and 5.3. Finding Volumes of Objects. 5.2. Volume by Slicing. Disk Method (solid object, no hole). Practice example:. Washer Method (solid object, with hole). Practice example:. Both Disk and Washer

485 views • 48 slides

Applications of Integration

Applications of Integration. 6. Applications to Physics and Engineering. 6.6. Applications to Physics and Engineering. Among the many applications of integral calculus to physics and engineering, we consider three: work, force due to water pressure, and centers of mass. Work. Work.

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Applications of Integration

Applications of Integration. 6. Applications to Physics and Engineering. 6.6. Applications to Physics and Engineering. Among the many applications of integral calculus to physics and engineering, we consider three: work, force due to water pressure, and centers of mass. Work. Work.

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APPLICATIONS OF INTEGRATION

574 views • 41 slides

APPLICATIONS OF INTEGRATION

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APPLICATIONS OF INTEGRATION

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Calculus Notes 6.4 Work

Calculus Notes 6.4 Work. Start up: (Drill question) A particle is moved along the x -axis by a force that measures 5 x pounds at a point x feet from the origin. Find the work done in moving the particle from the origin to a point 4 feet from the origin.

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