Sketch the graph of the function.
P(x) = ( x – 1 )( x + 2)
Group of answer choices
use the graph of the function to sketch the graph of its
inverse function y=f^-1(x)
1 2 3 4
4. Sketch the graph of a nonnegative continuous function g(x) on the interval I = [0,6] and choose a partition P so that U(g, P) = 2 . A (g, 1).
4. Sketch the graph of a nonnegative continuous function g(x) on the interval I = [0,6] and choose a partition P so that U(g, P) = 2 . A (g, 1).
Sketch a graph of the piecewise defined function. sz if x <3 f(x) = x 1 if x 2 3
9. Analyze and sketch the graph of the function f(x)-v9-x.
9. Analyze and sketch the graph of the function f(x)-v9-x.
16. (8 points) Consider the following possible rough sketch of the graph of a polynomial function. Which of the following polynomial functions most closely matches the above graph? (a) plz) = (z + 4)(z + 2)(z-1)(z-3) (b) p@) = (z + 4)(z + 2)(3.? + 1) Clearly CIRCLE your answer, and below, use 1-2 sentences to JUSTIFY your answer, citing the specific features of the graph that distinguish your choice from the other choices.
Sketch the graph of the function. Identify 1. Vertical and horizontal asymptotes 2. X and Y intercepts 3. The interval that your function increasing or decreasing X-1 f(x) = x+2 Show all of your work on paper and submit it on canvas your won't get any credit for the last answer without submission on Canvas
1 point) Sketch the graph of the function y = x(4-2) - 103 In x. Indicate the transition points (local extrema and points of inflection) (Use symbolic notation and fractions where needed. Give your answer in the form of comma separated list of e-coordinates. Enter NULL in answer field if there is no such point.) Local maximum at = help (fractions) Local minimum at I= Inflection at I= (1 point) Sketch the graph of the function y = 81x +...
Graph
Sketch the graph of the function and check the graph with a graphing calculator. Before doing so, describe how the graph of the function can be obtained from the graph of a basic exponential function. f(x) = p 2x Describe how the graph of the function can be obtained from the graph of a basic exponential function Start with the graph of y=e* Since the constant factor in the exponent is 2) the graph should be horizontally shrunk Use...
Sketch the graph of y=f'(x)
13. Below you are given the graph of the function y(x). Use the graph to answer the questions that follow. y- . O-
Exercise 1. Sketch the graph of the following function et2 f(x) = In 1+ 1 1+ discussing its domain, possible asymptotes, monotonicity, continuity, local and global maxima and minima, existence and type of non-differentiability points. Then, write the equation of the tangent line to the graph of f in (-2, f(-2)). Moreover, discuss the differentiability on R of the continuous extention f of f.
Exercise 1. Sketch the graph of the following function et2 f(x) = In 1+ 1 1+...