Using the curve sketching algorithm developed in class, sketch the graph of f'(x)=5e' (x²+2x-1) f(x)=5e" (x²+4x+1) f(x)=5e³ (x²-1) given Ensure you sketch BY HAND - no technology! Critical points. let f'(x)=0 5e" (x²+2x-1)=0 ↓ DNE x=-1+√2 x=-1-√2 . The critical POI: are at Find FCO) 5e(221) Se° (0²-1) -> ± 1 Points y int at x = -1,1 x=-1+√√2 26--1-√2 let "(x)=0 Se³ (2²+4x+1)=0 -2-√3-2 -2+13=2 2 int let f(x)=0 2 se° (0²-1) =0 5(1)(-1)=0 0=-5 NE ... Pol's at 2=-2-√3 yint at 2=-2+√3 y = -5 Asymptotes: y=0 -> exponitiol + Purchon -1-√√2 -1+-√2 0 local T max at x=-1-√2
Using the curve sketching algorithm developed in class, sketch the graph of f'(x)=5e' (x²+2x-1) f(x)=5e" (x²+4x+1) f(x)=5e³ (x²-1) given Ensure you sketch BY HAND - no technology! Critical points. let f'(x)=0 5e" (x²+2x-1)=0 ↓ DNE x=-1+√2 x=-1-√2 . The critical POI: are at Find FCO) 5e(221) Se° (0²-1) -> ± 1 Points y int at x = -1,1 x=-1+√√2 26--1-√2 let "(x)=0 Se³ (2²+4x+1)=0 -2-√3-2 -2+13=2 2 int let f(x)=0 2 se° (0²-1) =0 5(1)(-1)=0 0=-5 NE ... Pol's at 2=-2-√3 yint at 2=-2+√3 y = -5 Asymptotes: y=0 -> exponitiol + Purchon -1-√√2 -1+-√2 0 local T max at x=-1-√2
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.2: Graphs Of Equations
Problem 3E
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ok i need you to create me a full explanation/analysis on this question, I already have the answers for it I just want you to write me an explanation on exactly where the answers came from and stuff. Heres the question and here's the answer I got, so you can add the stuff that I don't have yet.
What to include:
- Your function
- Maximum/minimum points
- Discontinuities/restrictions
- Intercepts
- Domain and Range
- Intervals of Increase and Decrease
- Points of Inflection
- Second derivative test
- Concavity
- Extra points
- Graph
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