Question: 8. Using the second derivative test, nd the maximum and minimum points for the function f {x)=x 8x2+5 9. What conclusion can be made if:






8. Using the second derivative test, nd the maximum and minimum points for the function f {x)=x" 8x2+5 9. What conclusion can be made if: a. Afunction changes from a decreasing interval to an increasing interval. b. lim =m and lim :00 Mfr) Milt) 10 If the minimum of the function y= x2 4x +21 occurs at x = 2, what are the coordinates of ' the minimum point?? 11. When nding one-sided limits what does 0+ imply? 12. When does a limit not exist? 13. What conditions must be met if a function is said to be continuous? 14. Use the curve sketching procedure to analyze the function. a. y =x3 +x2 20x _1+x2 _ 2 b' y 1x Show all work for each question. 1. Find the intercepts of the function. a. f (x)=x2 +2X15 :x+10 XS b.y 2. State the domain of the function. _ X2 3x +2 a. y x4 b_ y =4x3 +7X2 13x +100 c_ f Mam10 3. Determine if the function is even, odd or neither. a.f(X)= ; @3+X5)2 b. y=x5+x3+7 3 0' f(x):x+x 3
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