Math 121 - Chapter 3 Study Guide

  1. For the accompanying position versus time graph, find the average velocity over an interval, the places where the instantaneous velocity is zero, the times at which the instantaneous velocity is a maximum or minimum, and the instantaneous velocity at a specific time. Look at problem 3.1.2
  2. Sketch the graph of the derivative of the function whose graph is shown. Look at problems 3.2.25-26.
  3. Match the graphs of the functions with the graphs of their derivatives. Eight parts. Look at problem 3.2.23
  4. Find the differential dy. Look at problems 3.8.37-40.
  5. Use a local linear approximation to estimate the value given. Look at problems 3.8.19-27.
  6. Find a higher order derivative. Look at problems 3.3.45-48.
  7. Use implicit differentiation to find dy/dx. Look at problems 3.6.11-20.
  8. Find the derivative of algebraic functions that do not require the use of the chain rule. You need to know the power, product, and quotient rules. Four parts. You may wish to multiply or divide before differentiating. Look at problems 3.3.1-20.
  9. Find f'(x) for trigonometric functions. Three parts. Look at problems 3.4.1-18.
  10. Find f'(x) using the chain rule. Four parts. Look at problems 3.5.7-40.
  11. The values of f, f ', g, and g' are given in a table. Use the rules of derivatives to find the derivatives as the specified point. Six parts. Look at problems 3.3.39-42; 3.5.1-2, 5-6, 69; 3.summary.10
  12. Use the limit definition of the derivative to find the derivative of the given function. Also note that this is a problem where I will be grading work more than the answer. Be sure you write the limit in every time until you actually take the limit. Look at problems 3.2.15-20 but use:
    lim as h->0 of [f(x+h)-f(x)]/h
  13. Related rate problem. Look at problems 3.7.11-22, 25-29


# 1 2 3 4 5 6 7 8 9 10 11 12 13 Tot.
Pts 8 4 8 4 4 4 4 16 12 16 12 4 4 100