Sketch the graph of the equation \(y = f(x)\text{.}\) Indicate any local extrema and inflection points. Sketch the graph of the inverse function \(y = g (x)=f^{-1}(x)\text{.}\) Find the domain and range of the inverse function \(g(x)= f^{-1}(x)\text{.}\) Evaluate \(g'(\half)\text{.}\) WebbChapter 3 The Derivative Name_____ MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question. Solve the problem. 1) The graph …
3.6: Sketching Graphs - Mathematics LibreTexts
WebbClearly, the graph y = f ( ) x will be increasing whenever the tangent line to the graph has a positive slope, provided a tangent line exists. Introduction One must always keep in mind that computers plot a discrete set of points and make assumptions about the function's behaviour between these points. Thus caution is advisable with curve ... WebbSketching Antiderivatives - Graphing antiderivatives. pdf doc Area Between Graphs - Using the Fundamental Theorem to find area between graphs. pdf doc Practice - Problems … cheryl burke bridesmaids dresses
Worksheet for Week 9: Sketching Curves - University of Washington
WebbIn this packet, you will find 5 worksheets that will help students analyze and write about functions and their derivatives.In each worksheet I have given the students a graph and approximately 10 words that must be used in a paragraph about the given situation.Worksheet #1: Students are asked to write about the given graph.Worksheet … WebbIn this worksheet you’ll practice getting information about a derivative from the graph of a function, and vice versa. At the end, you’ll match some graphs of functions to graphs of their derivatives. If f(x) is a function, then remember that we de ne f0(x) = lim h!0 f(x+ h) f(x) h: If this limit exists, then f0(x) is the slope of the ... WebbWhen the graph is decreasing ⇒ The graph of the derivative is below the x-axis; When the graph has a stationary point ⇒ The graph of the derivative becomes a root. 2. Differentiation – Worksheets. ... Curve Sketching: Differentiation (Further) Derived Graphs: Equations of Tangents: cheryl burke bree