MATH 1421 Calculus II
  Spring 2024

 
Dr. Michael Prophet                     Office Hours: M: 9-10am, T,Th: 2:30-3pm, F: 10-11am  
Office: WRT 320                                                or by appointment 
Office Phone: 273-2104                                         
prophet@math.uni.edu 
12:30-1:45pm MWF; WRT 10
www.math.uni.edu/~prophet/courses/Calculus2 


Go Here For Assignments
Go Here For Announcements


Final Exam: 1:00 - 2:50 pm Monday, May 6
Prerequisites:
Calculus I
Credit Hours: 4
Note: This course meets the Course Credit Hour Expectation outlined in the Course Catalog. Students should expect to work approximately 2 hours per week outside of class for every course credit hour

Text:
Calculus: Single Variable (eighth edition), Hughes-Hallet, et al.

Technology:
We will use (computer software) Maple this semester.

Course Organization:
Our coverage will be divided into four Categories:

        1. Antiderivatives and Basic Integration Techniques (Chapters 6 and 7)

         2. Some Applications of Integration (Chapter 8)

         3. Series and Approximations (Chapters 9 and 10)

         4.  Differential Equations (Chapter 11)

         There will be an exam covering each Category

Course Learning Outcomes:

           1. anti-differentiate products of functions by parts

           2. recognize and implement appropriate techniques to anti-differentiate products of
               trigonometric functions and decompose a rational integrand using partial fractions

           3. apply basic anti-differentiation techniques to selected problems arising
               in various fields such as physical modeling

           4. approximate definite integrals via numerical methods

           5.  interpret the concept of a series as the sum of a sequence, and use the sequence of
                partial sums to determine convergence of a series

           6. decide whether an infinite series converges using a variety of test

           7.  determine the Taylor series of the nth order and determine an upper bound on its
                remainder

           8. solve first and second order differential equations

Course Description: 

            Integration techniques, sequences and series, applications.


Homework:
There is a homework assignment for every section we cover. While it will not be collected, it is (obviously) very important that you work through all assigned homework problems. Homework problems will appear on our quizzes and quiz problems will appear on our exams. Solutions to all assigned problems will be available under our Assignments link.
Quizzes:
We will have between 5 and 10 in-class quizzes during the semester. The quizzes will reflect problems you have practiced in class and in the Homework.
Exams:
There will be 4 in-class exams, 100 points each. Our fourth exam will be on the date and time of our Final Exam. There are no make-up exams. You are expected to take each exam on the day it is given. A missed exam results in 0-point score.
Grade Calculation:
The points for this course are distributed like this:

Quizzes

100 points

4 exams

400 points
I will assign final grades based on the higher of your two averages: Quizzes + Exams (500 points) and just Exams (400 points).
Grading Scale:

100%-90%

A

89%-80%

B

79%-70%

C

69%-50%

D

Approved Statements for Non-Discrimination and Accessibility:

    1.     Office of Compliance and Equity Management
“The University of Northern Iowa does not discriminate in employment or education. Visit 13.03
Equal Opportunity & Non-Discrimination Statement (https://policies.uni.edu/1303) for additional
information.”



    2. Student Accessibility Services
Non-Discrimination Based on Disabilities
“The University of Northern Iowa (UNI) complies with the Americans with Disabilities Act
Amendments Act of 2008 (ADAAA), Section 504 of the Rehabilitation Act of 1973, the Fair
Housing Act, and other applicable federal and state laws and regulations that prohibit
discrimination on the basis of disability. To request accommodations please contact Student
Accessibility Services (SAS), located at ITTC 007, for more information either at (319) 273-
2677 or Email accessibilityservices@uni.edu. Visit Student Accessibility Services
(https://sas.uni.edu/) for additional information.”

Go Here For The Learning Center