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Below is the graph of y=f(x). Graph y = -f(x). r -6 -2 2 4 6
Below is the graph of y=f(x). Graph y=-f(x). 6- 4+ x s ? 2- -4 4 6 -2 -4- -6-
Use the graph of y=f(x) to graph the function gx)=f(x+2). 1. Choose the correct graph of g below. The function f(x)= x + 6 is one-to-one. Find an equation for f'(x), the inverse function. (Type an expression for the inverse. Use integers or fractions for any numbers in the expression.)
The graph of y = f(x) is shown below: y = f(.) 1 2 3 4 5 6 7 8 9 For which values of S and is the following statement FALSE: If 2 - 51 < 8, then f(x) - 2 < 8=1, € = 2 • 8 = 2, = 1.5 8 = 1, € = 3 6= 3, € = 1.5
se the graph of y= f(x) to graph the function g(x) 2f(x-2)+ 2 Choose the correct graph ofg below. y fx) Ay 8- O A. B. 6- 4- 2 O C. O D. 4 -6 Click to select your answer. C
The graph on the left is the graph of y = f(x) while the graph on the right is the graph of y = g(x). * ** D .... in. The correct representation of g(x) in terms of fx) is Og(x) = K2x) g(x) = f(0.5x) g(x) = 2x) O g(x) = 0.5AX)
s. Use the given graph of y f(x to sketch a possible graph of y - f'(x) and y-f"(x) (0,0) -1 6. Use the graph of y f'(x) to sketch a possible graph of y f(x) -2 31 I -2 s. Use the given graph of y f(x to sketch a possible graph of y - f'(x) and y-f"(x) (0,0) -1 6. Use the graph of y f'(x) to sketch a possible graph of y f(x) -2 31 I -2
Starting with the graph of f(x) = 2^x, write the equation of the graph that results from reflecting f(x) about the y-axis. y = ?
2. (4 Points) Use the accompanying graph of y = f'(x) (Careful, this is the graph of the derivative of f) to estimate the answer to the following questions, a) For what value(s) of x does y = f(x) have a local maximum? A b) on what interval(s) y = f(x) decreasing? 10.81 by 1-3, 3)
(1 point) Shown below is the graph of y- f'(x), NOT the graph of y-f(x). (Click on the picture for a better view.) From the information in this graph we can conclude that a good approximation to f(-5.04)- f(-5) is 0.08 Shown below is the graph of a different function, y - g(x). (Click on the picture for a better view.) Indicate the labeled point at which g(x) changes sign: a g'(x) changes sign: d g"(x) changes sign: c (1...