23-24

Find f(1) and f(2). f(x)=x+7

1. find the derivative 2x² - 6x³ + 5x²-3x + 17 Enter your answer

When applying derivative rules, we sometimes need to rewrite our function. In this problem, you are not computing derivatives. You are only reviewing the skills necessary to rewrite the expression in an equivalent form. (a) Which is equivalent to 1 10 10x-3 -3 X (c) Which is equivalent to 10x + 3x 1 1 10x3 (b) Which is equivalent to ¹x10 ? O x11/10 O x10/11 O 10x + 3 ? 10x² + 3? X (d) Which is equivalent to √x(x-10√x)? O x3/2 - 10x O x3/2 - 10x1/2

6x3y2-2y3=8,624   (3,-7)  Evaluate the derivative of the following function at the given point.

What is the end behaviour for the function f(x)=-3logx

Let /(x) = 7 - 9x - 20. Find f(-3)

Consider the function f and its derivatives below. f'(x) = -2(2³-32) (³+64)² 6x²(³-128) (3+64)3 f"(x) = f(x) = 3 +64 Fill in the table below. For answers that require intervals, use interval notation and write your answer as a comma-separated list of intervals that are as inclusive as possible. Write "NONE" as your answer, if appropriate. Your answers must be exact or accurate to two decimal places. 2 1.26 38=2 4 1.59 16 2.51 √32 3.17 equations of vertical asymptote(s) of f: equations of horizontal asymptote(s) of f: f is decreasing on: f is increasing on: z-coordinate(s) of each local minimum of f: z-coordinate(s) of each local maximum of f: f is concave down on: f is concave up on: 01 x-coordinate(s) of each inflection point of f: √64=4 128 5.04 Sin den Ja

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By differentation rules, evaluate the derivative of this and simplify as possible.