# OpenCourseWare MIT versus Distance Calculus Comparison

We are HUGE fans of the OpenCourseware Project at MIT, located here.Specifically, the Linear Algebra courses by Gilbert Strang, longtime master teacher at MIT, are fabulous!

If you look through these course offerings, you will see that all of them are "snapshots" of previous courses over the past 10-15 years. They include fantastic lectures, awesome course materials, and challenging problem sets.

Keep in mind, however, that these OCW @ MIT courses do not grant academic credit. They are presented more as a resource for learning, and certainly an awesome resource! But if you "enroll" in one of these courses and start engaging the course materials and lectures, you will not be on a path towards earning academic credits for these courses.

Perhaps someday OCW courses will grant academic credit, but for now, they do not.

If you are looking for a non-credit alternative to just learn the course materials, OCW @ MIT is an excellent resource. You really feel like you are in a lecture hall at MIT taking one of these courses.

But if your goal is to earn academic credits for your Calculus course effort, you need to seek out an academic credit-granting program, like Distance Calculus @ Roger Williams University.

## Comparison of OpenCourseWare @ MIT; vs Distance Calculus

Topic | MyMathLab® | Distance Calculus |
---|---|---|

Multiple Choice | No | No |

Use of Computer Algebra System | No | Yes, Extensive |

Tied to Traditional Textbook | Sometimes | No, Reform e-Curriculum |

Recursive Grading | No | Yes |

Comprehensive Course System | No, just access to lectures and homework problems | Yes |

Drill & Practice | No | No |

Here are a few videos about Distance Calculus @ Roger Williams University:

## Is Distance Calculus for You?

## Success Indicators for Distance Calculus

## Distance Calculus - Student Reviews

*Date Posted: Jun 2, 2021*

Review by: Samuel H.

Student Email: samuel.howell@g.fmarion.edu

Courses Completed: Linear Algebra

Review: Nothing but praise for Dr. Curtis. He's an excellent professor who is very responsive and knowledgeable. I did this course at night while working full-time, and I often skyped him late in the evening with questions. He never took long to respond, regardless of when it was. I finished this course in about a month and a half, and I worked for it. For those looking for an easy A, this is not it. You will have to put in serious work, but you will come out of the course with a good understanding of the material, especially if you apply yourself throughout the entirety of the course.

Transferred Credits to: Francis Marion University

*Date Posted: Jan 18, 2021*

Review by: Coury Gaffney

Student Email: courygaffney@gmail.com

Courses Completed: Linear Algebra

Review: The program used gives an amazing insight into everything that's happening, that you wouldn't get in a traditional course. All of the lessons are clear and clean, and the professor is very helpful along the way. I learned a lot and am happy with taking this course

Transferred Credits to: Virginia Tech

*Date Posted: Jan 18, 2021*

Review by: Coury Gaffney

Student Email: courygaffney@gmail.com

Courses Completed: Linear Algebra

Review: The program used gives an amazing insight into everything that's happening, that you wouldn't get in a traditional course. All of the lessons are clear and clean, and the professor is very helpful along the way. I learned a lot and am happy with taking this course

Transferred Credits to: Virginia Tech

## Distance Calculus - Curriculum Exploration

### Systems of Equations

- P10: Systems of Equations:
- P10.1: Systems of Linear 2D Equations
- P10.1.a: Graphing
- P10.1.b: Solving by Substitution
- P10.1.c: Using Matrix Notation
- P10.1.d: Homework Problems
- P10.2: Matrices
- P10.2.a: Matrix Addition
- P10.2.b: Matrix Multiplication
- P10.2.c: Determinants
- P10.2.d: Matrix Inverse
- P10.2.e: Solving Linear Matrix Equation
- P10.2.f: Homework Problems
- P10.3: Systems of Linear 3D Equations
- P10.3.a: Graphing
- P10.3.b: Solve via Substitution
- P10.3.c: Solve Using Matrix Methods
- P10.3.d: Different Solution Cases in 3D
- P10.3.e: Homework Problems
- P10.4: Non-Linear Systems