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Viewing: MATH 1232 : Single-Variable Calculus II

Last approved: Wed, 04 Mar 2015 09:30:10 GMT

Last edit: Wed, 07 Jan 2015 20:28:02 GMT

Programs referencing this course
ACCY-BA: Accountancy
APSC-BS: Applied Science and Technology
ASTRO-BS: Astronomy and Astrophysics
BA-BA: Business Administration
BIOS-MS: Biostatistics
BIOS-PHD: Biostatistics
BME-BS: Biomedical Engineering
BPHYS-BS: Biophysics
BPHYS-MINOR: Biophysics
CE-BS: Civil Engineering
CEC-BS: Computer Engineering
CEEE-BS: Civil Engineering, Environmental Engineering Option
CEMP-BS: Civil Engineering, Medical Preparation Option
CEP-BS: Civil Engineering and Physics
CETS-BS: Civil Engineering, Transportation, and Sustainability Engineering Option
CHEM-BA-4: Chemistry, Option 4
CHEM-BA1: Chemistry, Option 1 (BA)
CHEM-BA2: Chemistry, Option 2 (BA)
CHEM-BA3: Chemistry, Option 3
CHEM-BA4: Chemistry, Option 4
CHEM-BAPREQ: Chemistry, BA Prerequisites
CHEM-BS1: Chemistry, Option 1 (BS)
CHEM-BS2: Chemistry, Option 2 (BS)
CHEM-BS3: Chemistry, Option 3 (BS)
CHEM-BS4: Chemistry, Option 4 (BS)
CHEM-BSPREQ: Chemistry, BS Prerequisites
CSCI-BS: Computer Science
ECON-BS: Economics
ECON-MA: Economics
ECON-MINOR: Economics
EE-BS: Electrical Engineering
EE-BSMS: Civil Engineering and Environmental Engineering
EEE-BS: Electrical Engineering, Energy Option
EEMP-BS: Electrical Engineering, Medical Preparation Option
EPID-MS: Epidemiology
EPID-PHD: Epidemiology
FINA-BS: Finance
MATH-BA: Mathematics
MATH-BS: Mathematics
ME-BS: Mechanical Engineering
ME-MINOR: Mechanical Engineering
MEA-BS: Mechanical Engineering, Aerospace Option
MEBM-BS: Mechanical Engineering, Biomechanical Option
MEMP-BS: Mechanical Engineering, Medical Preparation Option
MEPL-BS: Mechanical Engineering, Patent Law Option
MER-BS: Mechanical Engineering, Robotics Option
OR-MINOR: Operations Research
PHYS-BA: Physics
PHYS-BS: Physics
PHYS-MINOR: Physics
: Political Science
PSC-BS: Political Science
SE-BS: Systems Engineering
SE-BSMS: Civil Engineering and Structural Engineering
SE-MINOR: Systems Engineering
STAT-BS: Statistics
TE-BSMS: Civil Engineering and Transportation Engineering
Other Courses referencing this course

In The Catalog Prerequisites:

CSCI 1131 : Introduction to Programming with C
CSCI 4521 : Introduction to Mobile Robotics
CSCI 4527 : Introduction to Computer Vision
CSCI 6313 : Advanced Discrete Structures
CSCI 6521 : Introduction to Mobile Robotics
CSCI 6527 : Introduction to Computer Vision
EMSE 4410 : Engineering Economic Analysis
EMSE 6790 : Logistics Planning
MAE 2117 : Engineering Computations
MATH 2233 : Multivariable Calculus
MATH 2971 : Introduction to Mathematical Reasoning
MATH 2971W : Introduction to Mathematical Reasoning
MATH 3720 : Axiomatic Set Theory
MATH 4239 : Real Analysis I
MATH 4239W : Real Analysis I
MATH 6522 : Introduction to Numerical Analysis
PHYS 1023 : Modern Physics
PHYS 1026 : University Physics II with Biological Applications
STAT 4157 : Introduction to Mathematical Statistics I
STAT 4158 : Introduction to Mathematical Statistics II
STAT 4189 : Mathematical Probability and Applications I
STAT 4190 : Mathematical Probability and Applications II

In The Catalog Description:

ECON 2103 : Intermediate Microeconomic Theory: A Mathematical Approach
ECON 2104 : Intermediate Macroeconomic Theory: A Mathematical Approach
MATH 3720 : Axiomatic Set Theory

As A Banner Prerequisite:

APSC 3115 : Engineering Analysis III
CSCI 3362 : Probability for Computer Science
CSCI 4521 : Introduction to Mobile Robotics
CSCI 4527 : Introduction to Computer Vision
CSCI 6362 : Probability for Computer Science
CSCI 6521 : Introduction to Mobile Robotics
CSCI 6527 : Introduction to Computer Vision
PHYS 1026 : University Physics II with Biological Applications
Columbian College of Arts and Sciences
Mathematics (MATH)
MATH
1232
Single-Variable Calculus II
Single-Variable Calculus II
Fall 2015
0,3
Course Type
Lecture
Recitation
Default Grading Method
Letter Grade

No
No
MATH 1221 or MATH 1231
Corequisites

500

Frequency of Offering

Term(s) Offered

Are there Course Equivalents?
No
 
No
Fee Type


No


The calculus of exponential and logarithmic functions. L’Hopital’s rule. Techniques of integration. Infinite series and Taylor series. Polar coordinates.
After taking this course, students will be able to differentiate and integrate a wide array of elementary functions, apply that ability to solve an assortment of applied problems, test series for convergence, produce the Taylor series for a variety of functions, and explain whether a Taylor series represents a function.
Uploaded a Course Syllabus

Course Attribute
Gen Ed: Math or Stat
CCAS - GCR: Q & L
ESIA-Math
ESIA-Math / Science

dullman (Wed, 07 Jan 2015 18:10:52 GMT): Rollback: Misrak, Please attach a sample classroom syllabus (not the department's so-called "syllabus" for instructors).
Key: 5598