. . . [ V Oh V online.mun.ca C wow my.mun.ca Written A.#5 - MATH-1001-081 (Calculus I1 95050) Q T V 10 of 21 - + Automatic Zoom v Final Answer dx () ( x-2 ) (x - 3)(x+2) Final Answer 3 d) dx (x + 1)(x- +x). . . HI V Oh V online.mun.ca C wal my.mun.ca Written A.#5 - MATH-1001-081 (Calculus |1 95050) Q T V 11 of 21 - + Automatic Zoom v Final Answer e) x- x+1 dx x + x EXTRA SPACE (if needed for earlier questions). . . HI V Oh V online.mun.ca C wal my.mun.ca Written A.#5 - MATH-1001-081 (Calculus |1 95050) Q T V 11 of 21 - + Automatic Zoom v Final Answer e) x- x+1 dx x + x EXTRA SPACE (if needed for earlier questions). . . [ V Oh V online.mun.ca C with my.mun.ca Written A.#5 - MATH-1001-081 (Calculus |1 95050) 12 of 21 - + Automatic Zoom TOPIC 2-2: Partial Fractions with (Irreducible) Quadratic Factors Q #6 Please evaluate the following integrals Final Answer 3x2 - 4x+5 J(x-1)(x2+1) dx Final Answer d.x 1) ? ( x2+ 25). . . [ V Oh V online.mun.c C wow my.mun.ca Written A.#5 - MATH-1001-081 (Calculus I1 95050) Q T V 13 of 21 - + Automatic Zoom Final Answer () (x* - 2x - + 4x+1 dx x3 - x2 + x-1 Final Answer d) 100x dx (x - 3 ) (x2+ 1 )q 1' ~11 0 @ H onlinemunlca M my.mun.ca 14 of 21 + ' Automatic Zoom TOPIC 2-3: Partial Fractions after Substitution Q #7 Please evaluate the following integrals x e a) .l_'z.\\- X {It 0 (> see2 9 b , 0'0 ) 'l tan' 0 1 v 6 Written A.#5 MATH1001081 (Calculus ll 95050) Final Answer Final Answer )) . . . [ V Oh V online.mun.c C wow my.mun.ca Written A.#5 - MATH-1001-081 (Calculus I1 95050) Q T V 15 of 21 - + Automatic Zoom v Final Answer c ) x- Vx+ 2 dx EXTRA SPACE (if needed for earlier questions) Please reference your work here (with question #) and under the question ("See Extra Space"). . . [ V Oh V online.mun.ca C with my.mun.ca Written A.#5 - MATH-1001-081 (Calculus |1 95050) Q T V 16 of 21 - + Automatic Zoom v TOPIC 3: Integration Strategy (now knowing all integration methods !) Q #8 Please evaluate the following integrals by the simplest method that works. This said, still full points if done correctly by a less efficient method. Final Answer 10 a ) JJx ( 3 + 5Vx ) dx Final Answer sec( In x) b)| dx