Advanced Calculus and Linear Algebra

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The standard prerequisite for most advanced calculus and linear algebra courses is two semesters of calculus.   The exception is MATH 2310, which requires only one semester of calculus. (See First-Year Calculus, which includes suggestions for building a suitable calculus program.)

MATH 2210-2220:  Linear Algebra and Multivariable Calculus

MATH 2210 is primarily a linear algebra course, but it also provides an introduction to linear ordinary differential equations.  Some of the linear algebra in MATH 2210 is used to develop multivariable and vector calculus in MATH 2220.  MATH 2210-2220 is taught at a higher theoretical level than MATH 1110-1120.  For example, in 2210 certain abstract concepts such as vector spaces are introduced, theorems are carefully stated, and many of these theorems are proved.  MATH 2210 does not provide adequate preparation for MATH 2240.

MATH 2230-2240:  Theoretical Linear Algebra and Calculus

MATH 2230-2240 is “integrated” in the sense that both linear algebra and multivariable calculus are taught in each semester, rather than covered in separate semesters (as in 2210-2220).  MATH 2230-2240 is taught at a higher level of mathematical sophistication than MATH 2210-2220, particularly the portion dealing with vector calculus.  Students who have been extremely successful in their previous calculus courses are encouraged to try this sequence.  Those who find MATH 2230 too challenging may drop down to MATH 2210 at the beginning of the term or continue with MATH 2220 instead of 2240.

MATH 1920-2930-2940:  Engineering Mathematics

MATH 1920 covers multivariable calculus, MATH 2930 is a course in ordinary and partial differential equations, and MATH 2940 is a linear algebra course.  The defining characteristic of this sequence is its rapid and utilitarian coverage of a wide variety of mathematical topics important in engineering and the physical sciences.  Although MATH 1910-1920-2930-2940 covers more topics than other programs, the courses in the sequence cover those topics in somewhat lesser depth and with less attention to theoretical background, particularly when compared to MATH 2210-2220 and MATH 2230-2240.  MATH 2930 and 2940 are independent of each other; MATH 1920 is the prerequisite for both.  MATH 1920 and 2940 are sufficient prerequisites for most higher-level math courses.  In fact, some engineering programs do not require 2930.

MATH 2130: Calculus III  and  MATH 2310: Linear Algebra with Applications

MATH 2130 is a course with many different topics, including differential equations and multivariable calculus, and MATH 2310 is an applied linear algebra course (less theoretical than 2210) for students who do not expect to take more advanced math courses.  Students who complete MATH 1120 with a grade of less than B+ should consider taking 2130 rather than 2210.  The only prerequisite for MATH 2310 is MATH 1110, but it is also a good option for students who have taken MATH 2130 and want to learn some linear algebra.

Prerequisites for the Mathematics Major

Students are admitted into the mathematics major after successfully completing a semester of multivariable calculus and a semester of linear algebra.  The department recommends:

• MATH 2210-2220 or 2230-2240 with grades of B– or better.

Alternative prerequisites are:

• MATH 1920 and 2940 with grades of B– or better;
• MATH 2130 and 2310 with grades of B+ or better.

These prerequisites will fulfill the MQR distribution requirement. A C– or better in a 3- or 4-credit computer programming course is also required for acceptance into the major.  Eligible courses include:  CS 1110, 1112, 1113, 1114, and 2110.

Last modified:May 6, 2008