Latest revision as of 14:11, 8 January 2010

Contact Information

andrew.sell@wallawalla.edu

509-301-9002

Electro-Mechanical Energy Conversion

Basically...

A \in ℝ^{m \times n}

,

B \in ℝ^{n \times p}

Turns into...

(A B) \in ℝ^{m \times p}

Where $A B$ are magically

(A B)_{i, j} = \sum_{r = 1}^{n} A_{i, r} B_{r, j}

Make sense?...

Does anyone know whats going on?

NOPE!-TA

No! And why the deuce does it keep logging me out!-Will

lol

so do we get points for randomly writing on your page? if so im going to start a journal/blog on here or something.

I'd be game for it....tell me a story

so this one time, this engineer was really lonely. he then started talking to himself on his own wiki page.

@@ Line 1: / Line 1: @@
-=== A Deffiniton of Matrix Multiplication ===
+'''Contact Information'''
+andrew.sell@wallawalla.edu
+-301-9002
+=Electro-Mechanical Energy Conversion=
+=== A Deffiniton of Matrix Multiplication (this is just a test...) ===
 Basically...
 :<math>A \in {\mathbb R}^{m \times n}</math>, <math>B \in {\mathbb R}^{n \times p}</math>
@@ Line 12: / Line 21: @@
 Does anyone know whats going on?
+NOPE!-TA
+No! And why the deuce does it keep logging me out!-Will
+lol
+so do we get points for randomly writing on your page? if so im going to start a journal/blog on here or something.
+I'd be game for it....tell me a story
+so this one time, this engineer was really lonely. he then started talking to himself on his own wiki page.
+==Published Articles==
+==Articles Under Construction==
+[[Magnetic Circuits]]
+==Reviewed Articles==