Unit 2 Quiz 1 Review: Derivatives and Tangent Lines, Exams of Mathematics

A quiz review for unit 2 of a calculus course, focusing on topics such as average rate of change, slope at a point, tangent and normal lines, limit definition of the derivative, derivative graphs, differentiability, power rule, and finding derivatives of specific functions.

Typology: Exams

2022/2023

Uploaded on 10/11/2022

eunjin-chae
eunjin-chae 🇰🇷

1 document

1 / 4

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
Name: ______________________
Unit 2 Quiz 1 Review Topics
Average rate of change
Slope at a point (I will give the formula for finding it using a limit)
Tangent lines and normal lines
Limit definition of the derivative
Derivative graphs
Differentiability
Power Rule
1. Find the average rate of change of
21f x x
on the interval [1,2].
2. State the limit definition for the derivative of
fx
.
3. Find the derivative of
1
2
fx x
using the limit definition of the derivative.
pf3
pf4

Partial preview of the text

Download Unit 2 Quiz 1 Review: Derivatives and Tangent Lines and more Exams Mathematics in PDF only on Docsity!

Name: ______________________

Unit 2 Quiz 1 Review Topics

 Average rate of change

 Slope at a point (I will give the formula for finding it using a limit)

 Tangent lines and normal lines

 Limit definition of the derivative

 Derivative graphs

 Differentiability

 Power Rule

1. Find the average rate of change of  

2 f xx  1 on the interval [1,2].

2. State the limit definition for the derivative of f  x .

3. Find the derivative of  

f x x

using the limit definition of the derivative.

  1. Use

0

lim h

f a h f a mh

 to find the slope of the line tangent to  

2 f xx  1 at x = 3.

  1. Use the result from the previous problem to find

a. the equation of the tangent line to  

2 f xx  1 at x = 3.

b. the equation of the line normal to  

2 (^) f xx  1 at x = 3.

6. Explain in your own words what a derivative of a function f  x is.

  1. Is f ( x ) differentiable at x = 2? Explain your answer thoroughly.

-1 1 2 3

1

2

x

y

f  x 

  1. Match the graph of the function (top row) with the graph of its derivative (bottom row).

The same scale is used for all graphs.

a) _____ b) _____ c) _____ d) _____

  1. Match the graph of the function (top row) with the graph of its derivative (bottom row). The same scale is used for all graphs.

a) _____ b) _____ c) _____ d) _____

a b c d

a b c d