# Alternating Series

10.1, 10.2 Sequences Tuesday, June 22, 2021 6:02 PM New Section 1 Page 1 New Section 1 Page 2 New Section 1 Page 3 New Section 1 Page 4 New Section 1 Page 5 New Section 1 Page 6 New Section 1 Page 7 10.5, 10.6 Comparison Tests, Alternating Series Tuesday, July 6, 2021 6:02 PM New Section 1 Page 1 New Section 1 Page 2 New Section 1 Page 3 New Section 1 Page 4 New Section 1 Page 5 New Section 1 Page 6 New Section 1 Page 7 New Section 1 Page 8 New Section 1 Page 9 New Section 1 Page 10 11.2 Power Series Thursday, July 15, 2021 6:02 PM New Section 1 Page 1 New Section 1 Page 2 New Section 1 Page 3 New Section 1 Page 4 New Section 1 Page 5 New Section 1 Page 6 New Section 1 Page 7 New Section 1 Page 8 New Section 1 Page 9 New Section 1 Page 10 New Section 1 Page 11 11.3 Taylor, MacLaurin Series Tuesday, July 20, 2021 6:03 PM New Section 1 Page 1 New Section 1 Page 2 New Section 1 Page 3 New Section 1 Page 4 New Section 1 Page 5 New Section 1 Page 6 New Section 1 Page 7 New Section 1 Page 8 New Section 1 Page 9 CALCULUS β II EXAM β V (Su21) NAME (all work must be clearly shown and explained step by step by the methods discussed in class, otherwise it will be considered as an app work, and no credit will be given. Give yourself enough time so that you can upload your work. I will only accept the work under the assignment link, so don’t email me your work.) 1. Find the corresponding rectangular equation of the curve given by π₯ = 4 πππ  π‘ β 1, π¦ = 3 + 5 π ππ π‘ , 0 β€ π‘ β€ 2π then graph. Find an equation of the tangent line to the graph at the point where π‘ = π/6. 2. Find the length of the curve given by: π₯ = π 4π‘ πππ π‘, π¦ = π 4π‘ π ππ π‘ , 0 β€ π‘ β€ π/2 3. Graph and find the area of the region bounded by π = 8 π ππ 2 π 4. Sketch and calculate the distance around the curve given by π = 5 β 5 πππ  π 5. Graph and find the slope of the tangent line to the graph of π = 8 + 8 π ππ π at the point where π = π/4 6. Find the length of the curve given by: π₯ = 10 πππ  3 π‘ , π¦ = 10 π ππ3 π‘ , 0 β€ π‘ β€ 2π. 7. Find the corresponding rectangular equation of the curve given by: π₯ = 6 π ππ π‘ β 2, π¦ = 4 π‘ππ π‘ + 1 then graph. Find an equation of the tangent line to the graph at the point where π‘ = π/4. 8. Find the area of the surface obtained by revolving the region bounded by: π = 2 + 2 π ππ π , 0 β€ π‘ β€ π/2 ππππ’π‘ π‘βπ ππππ π = π/2 9. Graph and find the area of the region enclosed by: π = 6 π ππ3 π 10. Find the length of the cycloid π₯ = 6(π‘ β π ππ π‘), π¦ = 6(1 β πππ  π‘) ππ [0 2π] 11. Find the area of the surface generated by revolving the curve π₯ = 8 πππ  3 π‘ , π¦ = 8 π ππ3 π‘ , 0 β€ π‘ β€ π about the x-axis axis. 12. Find the length of the curve given by: π₯ = π π‘ π ππ4π‘, π¦ = π π‘ πππ 4π‘, 0 β€ π‘ β€ π/2
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