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7.1 INTEGRALS AS NET CHANGE CALCULUS. INTERPRETING A VELOCITY FUNCTION.

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Presentation on theme: "7.1 INTEGRALS AS NET CHANGE CALCULUS. INTERPRETING A VELOCITY FUNCTION."— Presentation transcript:

1 7.1 INTEGRALS AS NET CHANGE CALCULUS

2 INTERPRETING A VELOCITY FUNCTION

3 FINDING POSITION FROM DISPLACEMENT

4 CALCULATING TOTAL DISTANCE TRAVELED

5 STRATEGY FOR MODELING WITH INTEGRALS

6 MODELING THE EFFECTS OF ACCELERATION

7 POTATO CONSUMPTION

8 TABULAR DATA A pump connected to a generator operates at a varying rate, depending on how much power is being drawn from the generator to operate other machinery. The rate (gal/min) at which the pump operates is recorded at 5- minute intervals for one hour (shown right). How many gallons were pumped during that hour? What tool can we use to estimate the solution? Trapeziod rule

9 WORK

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