Chapter 4: Q. 24 (page 352)
Use geometry (i.e., areas of triangles, rectangles, and circles) to find the exact values of each of the definite integrals in Exercises .
.
Short Answer
The exact value ofis,.
Chapter 4: Q. 24 (page 352)
Use geometry (i.e., areas of triangles, rectangles, and circles) to find the exact values of each of the definite integrals in Exercises .
.
The exact value ofis,.
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Get started for freeUse integration formulas to solve each integral in Exercises 21–62. You may have to use algebra, educated guess and-check, and/or recognize an integrand as the result of a product, quotient, or chain rule calculation. Check each of your answers by differentiating.
Use the Fundamental Theorem of Calculus to find the exact values of the given definite integrals. Use a graph to check your answer.
Sum and constant-multiple rules: State the sum and constant-multiple rules for (a) derivatives and (b) limits.
Approximations and limits: Describe in your own words how the slope of a tangent line can be approximated by the slope of a nearby secant line. Then describe how the derivative of a function at a point is defined as a limit of slopes of secant lines. What is the approximation/limit situation described in this section?
Approximate the same area as earlier but this time with eight rectangles is this over approximation or under approximation of the exact area under the graph
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