Math 270
Name _
Lab #5
Solutions of Diff. Eqns., Separation of Variables, 1st order Linear Diff. Eqns., Elementary applications
SHOW ALL WORK TO EARN FULL CREDIT. Note that providing only an answer earns
approximately 1/3 credit .
1.) Determine the order

Name: Melissa Rose Rauh
Math 260 - Week 1 Lab
Oct 31 2015
Part I Limits
The limit of a function is a way to see the value that the function approaches as a variable in that
function gets close to but not necessarily equal to some other value The four ways

MATH260Week 5 Lab
Name:
Category 1: Derivatives of Exponentials: eu
Directions: Look at the examples below and answer the question.
f(x) = ex
f (x) = ex
2
f(x) = e5x
f (x) = 5e5x
f ( x)=4 e x
f ' (x)=8 x e x
3
2
f (x)=e x 2 x
f ' (x)=(3 x22)e x 2 x
3
1) D

Student: Instructor: Dianna Robison Assignment: Midlen‘n Exam Version I
Date: Course: Applied Calculus I
Time: Book: Washington: Basic Technical
Math with Calculus, I Be
_ Determine the values of x for which the function, as represented by the graph
to th

Math 270
Name _
Lab #4
The Taylor and Fourier Series are among the most important ideas in mathematics that you
will encounter during this class. Remember to SHOW ALL YOUR WORK TO EARN
FULL CREDIT, because providing only the answers will earn approximatel

Math 270
Name_
Lab #2
Week 2 Topics: Trigonometric Identities and powers of trigonometric functions, inverse trigonometric
functions, integration by parts, trigonometric substitution, Partial Fraction decomposition, and
integration using tables.
SHOW ALL

[Type text]
Math 270
Name _
Lab #3
Topics: Series, Operations, and Computations with Series, Maclaurin, Taylor
Series operations are one of the most important topics to which you will be introduced in this
class. In particular, they are the basis for all

Math 270
Name: Melissa Rauh
Lab #4
The Taylor and Fourier Series are among the most important ideas in mathematics that you will
encounter during this class. Remember to SHOW ALL YOUR WORK TO EARN FULL CREDIT,
because providing only the answers will earn

MATH260Week 6 Lab
Name:
Justin Rich
Antiderivatives
According to the first part of the fundamental theorem of calculus, the antiderivative reverses the
derivative.If f(x) is a derivative, F(x) is the antiderivative.
Directions:Look at the examples below a

MATH260Week 5 Lab
Name: Justin Rich
Category 1: Derivatives of Exponentials:
eu
Directions: Look at the examples below and answer the question.
f(x) = ex
f (x) = ex
2
f(x) = e5x
f (x) = 5e5x
f ( x)=4 e x
f ' (x)=8 x e x
3
f (x)=e x 2 x
f ' ( x)=(3 x2 2)e

Math 260 - Week 2 Lab
Name:
Justin Rich
f ( x +h ) f ( x )
to find a derivative each time is a long process and
h
h0
often cumbersome. But, there are a few algorithms that work perfectly for finding derivatives. They
are the power rule, the product rule,

MATH260Week 6 Lab
Name:
Antiderivatives
According to the first part of the fundamental theorem of calculus, the antiderivative reverses the
derivative. If f(x) is a derivative, F(x) is the antiderivative.
Directions: Look at the examples below and answer

MATH260
Quiz Week 3 V1
Name _Melissa Rauh_
Power, Product, Quotient, Chain Rules, Higher Derivatives
1) Find all of the derivatives: y = -3x3 + 2x2 - 9x + 2x + 13
2) Choose the letter of the correct product rule for f(x) = g(x) h(x),
f(x), g(x), h(x) are

MATH260Week 4 Lab
Name:
Part I: The Trig Derivatives
Although the derivative of each trig function can be found by using trig identities and the formula
f ( x+ h)f ( x )
lim
, it is far simpler to memorize them because they will be used in many of the
h
h

Math 260 - Week 1 Lab
Name:
Melissa Rauh
Part I Limits
The limit of a function is a way to see the value that the function approaches as a variable in that
function gets close to but not necessarily equal to some other value The four ways we have looked
a

Math 260 - Week 2 Lab
Name:
Melissa Rauh 11/11/15
f ( x +h )f (x )
to find a derivative each time is a long process and
h
h0
often cumbersome. But, there are a few algorithms that work perfectly for finding derivatives. They
are the power rule, the produc

MATH260
Quiz Week 2 V1
Name: _Melissa Rauh_
Limits, continuity, rate of change
1) What are the three conditions for continuity for f(x) at x = c?
a)
lim f(x) exists , f(c) is defined , lim f(x) f(c)
x c
2) Find
x c
x2 x 6
.
x 2
x2 4
lim
a)
5
4
3) Determin

Math 260 - Week 3 Lab
Name:
MELISSA RAUH
In calculus, much effort is devoted to determining the behavior of the graph of a function over an
interval on the Cartesian Plane.
Finding x & y intercepts, asymptotes, intervals of increasing or decreasing, local

Name: Melissa Rose Rauh
Math 260 - Week 1 Lab
Oct 31 2015
Part I Limits
The limit of a function is a way to see the value that the function approaches as a variable in that
function gets close to but not necessarily equal to some other value The four ways

Name: Melissa Rauh
Math 260 - Week 1 Lab
Part I Limits
The limit of a function is a way to see the value that the function approaches as a variable in that
function gets close to but not necessarily equal to some other value The four ways we have looked
a

Math 260 - Week 3 Lab
Name:
MELISSA RAUH
In calculus, much effort is devoted to determining the behavior of the graph of a function over an
interval on the Cartesian Plane.
Finding x & y intercepts, asymptotes, intervals of increasing or decreasing, local

MATH260
Quiz Week 2 V1
Name: _
Limits, continuity, rate of change
1) What are the three conditions for continuity for f(x) at x = c?
a)
lim f(x) exists , f(c) is defined , lim f(x) f(c)
x c
b)
x c
lim f(x) c , f(c) is undefined , lim f(x) f(c)
x c
c)
x c

MATH260
Quiz Week 3 V2
Name Melissa Rauh_
Power, Product, Quotient, Chain Rules, Higher Derivatives
1) Find all of the derivatives: y = -5x3 - 2x2 + 9x + x + 3.
f =-15x2+4x-9+
f =-30x+4
f =-30
f= 0
2) Choose the letter of the correct quotient rule for
g(x

Student: Instructor: Dianna Robison Assignment: Midlen‘n Exam Version I
Date: Course: Applied Calculus I
Time: Book: Washington: Basic Technical
Math with Calculus, I Be
_ Determine the values of x for which the function, as represented by the graph
to th

MATH260Week 4 Lab
Name: Melissa Rauh
Part I: The Trig Derivatives
Although the derivative of each trig function can be found by using trig identities and the formula
f ( x+ h)f ( x )
lim
, it is far simpler to memorize them because they will be used in ma