12. JX) COS X 1f x TT sin x if x> T 13-14 Use the graph of the function f to state the value of each limit, if it exists. If it does not exist, explain why. (a) lim f(x) (b) lim f(x) (c) lim f(x) x0 x0+ x0 1 x2 x 13. f(x) 14. f(x) 11 1 el Vx3 +x2 15-18 Sketch the graph of an example of a function f that satisfies all of the given conditions. 15. lim f(x) -1, lim f(x) 2, f(0) 1 x0- x0+ 16. lim f(x)= 1, lim f(x) = -2, lim f(x)= 2 , x>3- x3+
12. JX) COS X 1f x TT sin x if x> T 13-14 Use the graph of the function f to state the value of each limit, if it exists. If it does not exist, explain why. (a) lim f(x) (b) lim f(x) (c) lim f(x) x0 x0+ x0 1 x2 x 13. f(x) 14. f(x) 11 1 el Vx3 +x2 15-18 Sketch the graph of an example of a function f that satisfies all of the given conditions. 15. lim f(x) -1, lim f(x) 2, f(0) 1 x0- x0+ 16. lim f(x)= 1, lim f(x) = -2, lim f(x)= 2 , x>3- x3+
Chapter3: Functions
Section3.3: Rates Of Change And Behavior Of Graphs
Problem 2SE: If a functionfis increasing on (a,b) and decreasing on (b,c) , then what can be said about the local...
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Please help me make a graph of the problem in the picture. I would also like to know all the rules for exponents. Fractional exponents and negative exponents and fractional, negative exponents. Thank you
Transcribed Image Text:12. JX)
COS X
1f
x TT
sin x
if x> T
13-14 Use the graph of the function f to state the value of
each limit, if it exists. If it does not exist, explain why.
(a) lim f(x)
(b) lim f(x)
(c) lim f(x)
x0
x0+
x0
1
x2 x
13. f(x)
14. f(x)
11
1 el
Vx3 +x2
15-18 Sketch the graph of an example of a function f that
satisfies all of the given conditions.
15. lim f(x) -1,
lim f(x) 2, f(0) 1
x0-
x0+
16. lim f(x)= 1, lim f(x) = -2,
lim f(x)= 2
,
x>3-
x3+
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