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13 Nov 2019
5. (14 points (10/4). To earn all points: Evaluate the definite integral correctly.) (a) Evaluate the definite integral: (r3- 4x25) dx -2 (b) Is more of the area between the function and the x-axis above or below the x-axis?
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Patrina Schowalter
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Related questions
ì learn.unm.edu 4. (10 points. To earn all points: Evaluate the definite integral correctly.) Evaluate the definite integral. Remember to write the root as a fractional exponent: (Vx + 2) dx
ì learn.unm.edu 3. (10 points. To earn all points: Evaluate the definite integral correctly.) Use a definite integral and the techniques in Section 4.3 to determine the exact area under the graph of the function f(x) = x2-1 over the interval [1, e].
for roblems 8-10 are based on the material in Section 4.4 8. (15 points. To earn all points: Evaluate the definite integrals correctly.) Find the area under the graph of the function over the interval [-3,4]. You will need 2 integrals: re) =1x25-5x, f for x 21 9. (10 points. To earn all points: Evaluate the definite integral, then find its average value correctly.) Find the average value of f(x) 3x-5x +2 over the interval [-1,2]
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for roblems 8-10 are based on the material in Section 4.4 8. (15 points. To earn all points: Evaluate the definite integrals correctly.) Find the area under the graph of the function over the interval [-3,4]. You will need 2 integrals: re) =1x25-5x, f for x 21 9. (10 points. To earn all points: Evaluate the definite integral, then find its average value correctly.) Find the average value of f(x) 3x-5x +2 over the interval [-1,2]
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