Chapter 2: Q. 17 (page 89)
In Problems 11–20, use the graph of the function f given.

Is there a local maximum value at 2? If yes, what is it?
Short Answer
Yes , local maximum at 2. Maximum value is 10.
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Chapter 2: Q. 17 (page 89)
In Problems 11–20, use the graph of the function f given.

Is there a local maximum value at 2? If yes, what is it?
Yes , local maximum at 2. Maximum value is 10.
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A wire meters long is to be cut into two pieces. One piece will be shaped as a square, and the other piece will be shaped as a circle. See the figure.
Part (a): Express the total area Aenclosed by the pieces of wire as a function of the length x of a side of the square.
Part (b): What is the domain of A?
Part (c): Graph . For what value of xis Asmallest?
If is a point on the graph of , which of the following points must be on the graph of ?
Match each graph to its function.

A. Constant function
B. Identity function
C. Square function
D. Cube function
E. Square root function
F. Reciprocal function
G. Absolute value function
H. Cube root function
True or False The domain of the function is.
In Problems 33– 44, determine algebraically whether each function is even, odd, or neither.
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