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13 Nov 2019
number 7
puut pait (a) using left endpoints (c) Repeat part (a) using midpoints. (d) From your sketches in parts (a)-(c), which appears to be best estimate? C 5. Use [Area = nim Rn = nimo[f(x1)0x + f(x2)0x + for the area under the graph offas a limit. Do not evaluate the limit. f(x)- 3. + f(xn)ì to find an expression 2X , 1 x 6, Express the limit linn2%-Îxias a definite integral on [0,11. 1+xi (7) *Use [1,f(x)dx=limo Σ.1 f(xi)aZG Î.b -a , xt = a + i ÎÏ| to evaluate the integral : 0 8. Evaluate the integral 3(1 + v9 - x2)dx by interpreting it in terms of areas. ã 9. Iff,f(x)dx=37 and fog(x)dx= 16, findf(2f(x)+3g(x))dx. 10. Use Part I of the Fundamental Theorem of Calculus to find the derivative of (a) h(x)=ãInt dt and (b) y = tan θ d8.
number 7
puut pait (a) using left endpoints (c) Repeat part (a) using midpoints. (d) From your sketches in parts (a)-(c), which appears to be best estimate? C 5. Use [Area = nim Rn = nimo[f(x1)0x + f(x2)0x + for the area under the graph offas a limit. Do not evaluate the limit. f(x)- 3. + f(xn)ì to find an expression 2X , 1 x 6, Express the limit linn2%-Îxias a definite integral on [0,11. 1+xi (7) *Use [1,f(x)dx=limo Σ.1 f(xi)aZG Î.b -a , xt = a + i ÎÏ| to evaluate the integral : 0 8. Evaluate the integral 3(1 + v9 - x2)dx by interpreting it in terms of areas. ã 9. Iff,f(x)dx=37 and fog(x)dx= 16, findf(2f(x)+3g(x))dx. 10. Use Part I of the Fundamental Theorem of Calculus to find the derivative of (a) h(x)=ãInt dt and (b) y = tan θ d8.
Patrina SchowalterLv2
16 Jun 2019