Evaluate the following integrals by interpreting each in terms of areas. (0) S√25-x² dx (b) √(x-3) dx Solution (a) Since f(x)=√25-²20, we can interpret this integral as the area under the curve y= √25-x² from 0 to [ quarter-circle with radius [5✔ in the figure below. Therefore,√25-²dx=(5)² = A₂ y=√√25-x² or x² + y² = 25 y x-3 5 3 (b) The graph of y=x-3 is the line with slope 22.5 X shown in the following figure. A₁ 257 (9,6) 9 ℗ X Q We compute the integral as the difference of the areas of the two triangles. f(x-3) dx = A₁ - A₂ - [ -4.5-22.5 x . But, because y² = x we get x² + y² = 25, which shows that the graph of fis t
Evaluate the following integrals by interpreting each in terms of areas. (0) S√25-x² dx (b) √(x-3) dx Solution (a) Since f(x)=√25-²20, we can interpret this integral as the area under the curve y= √25-x² from 0 to [ quarter-circle with radius [5✔ in the figure below. Therefore,√25-²dx=(5)² = A₂ y=√√25-x² or x² + y² = 25 y x-3 5 3 (b) The graph of y=x-3 is the line with slope 22.5 X shown in the following figure. A₁ 257 (9,6) 9 ℗ X Q We compute the integral as the difference of the areas of the two triangles. f(x-3) dx = A₁ - A₂ - [ -4.5-22.5 x . But, because y² = x we get x² + y² = 25, which shows that the graph of fis t
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter8: Further Techniques And Applications Of Integration
Section8.2: Integration By Parts
Problem 36E
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