7. Given the graph on the right (function is continuous on both ends): a) Describe the end behaviours. b) State whether the function will have an odd or even degree. c) State the sign of the leading coefficient. d) State the number of turning points. e) State an interval where the function is positive. f) State an interval where the function is decreasing. g) Determine the rate of change for -15xS4. h) Determine all values of x where the instantaneous rate of change is positive. (-1,-441) -576 18 187200 343 (4,-2816)

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter4: Calculating The Derivative
Section4.CR: Chapter 4 Review
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7. Given the graph on the right (function is continuous on both
ends):
y
a) Describe the end behaviours.
b) State whether the function will have an odd or even degree.
c) State the sign of the leading coefficient.
d) State the number of turning points.
e) State an interval where the function is positive.
f) State an interval where the function is decreasing.
g) Determine the rate of change for – 13x<4.
h) Determine all values of x where the instantaneous rate of
change is positive.
(-1,-441)|
-576
18 187200
(-9, 343
(4,–2816)
Transcribed Image Text:7. Given the graph on the right (function is continuous on both ends): y a) Describe the end behaviours. b) State whether the function will have an odd or even degree. c) State the sign of the leading coefficient. d) State the number of turning points. e) State an interval where the function is positive. f) State an interval where the function is decreasing. g) Determine the rate of change for – 13x<4. h) Determine all values of x where the instantaneous rate of change is positive. (-1,-441)| -576 18 187200 (-9, 343 (4,–2816)
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