math.la.t.mat.mult.transpose

The transpose of a matrix is defined, and various properties are explored using numerical examples.

- Created On
- February 17th, 2017
- 7 years ago
- Views
- 2
- Type
- Video
- Timeframe
- Pre-class
- Perspective
- Language
- English
- Content Type
- text/html; charset=utf-8

Associative and distributive properties of matrix multiplication and addition; multiplication by the identity matrix; definition of the transpose of a matrix; transpose of the transpose, transpose of a sum, transpose of a product

- Created On
- August 25th, 2017
- 7 years ago
- Views
- 2
- Type
- Video
- Language
- English
- Content Type
- text/html; charset=utf-8

We know how to add vectors and how to multiply them by scalars. Together, these operations give us the possibility of making linear combinations. Similarly, we know how to add matrices and how to multiply matrices by scalars. In this section we mix all these ideas together and produce an operation known as matrix multiplication. This will lead to some results that are both surprising and central. We begin with a definition of how to multiply a vector by a matrix.

- License
- GFDL-1.2
- Submitted At
- September 11th, 2017
- 7 years ago
- Views
- 3
- Type
- Language
- English
- Content Type
- text/html