| Sunday, October 14, 2012
| Sunday, October 14, 2012
| Saturday, October 13, 2012
| Thursday, October 11, 2012
In international news, Canadian Teen Amanda Todd, who gained online celebrity after posting a video speaking out against bullying has taken her life. This has sparked outrage throughout the great nation of Canada, and state officials are seriously considering not drinking maple syrup while watching hockey for a fifteen minute moment of remembrance.
What the * did you just say about me, you little bully? I'll have you know I lasted 16 years in Canada, and I've been involved in numerous raids on my own body, and I have over 300 ML of bleach drank. I am trained in self harm and I'm the top Clorox chugger in BC, Canada. You are nothing to me but just another Bully. I will wipe myself the * out with chugging the likes of which has never been seen before on this Earth, mark my * words. You think you can get away with saying that shit to me over the Internet? Think again, *. As we speak I am knotting my 2 meters long of rope across my neck and your feels are being hurt right now so you better prepare for the suicide, bully. The suicide that wipes out the pathetic little thing you call your life. You're * done, kid. I can die anywhere, anytime, and I can kill myself in over seven hundred ways, and that's just with my Clorox and rope, You * up bully, I will s* sadness on you and you will drown in it, I'm * dead kiddo.
| Wednesday, September 12, 2012
He was shot with a RPG much like those found in Call of Duty. He was murdered when the Benghazi consulate was attacked. This resulted in the death of Christopher Stevens and three other Americans. President Obama called this attack on an American diplomat "outrageous."
| Tuesday, September 11, 2012
Example—Gauss Jordan Method
Solve the following system of equations:
Your goal is to obtain the following:
**Use the multiplicative inverse to obtain 1 and the
additive inverse to obtain 0.
First, create an augmented matrix as follows:
Step 1: We need 1 in
the position Row 1, Column 1. To obtain
this, we multiply the original Row 1 by 
The new first row looks like this:
Step 2: We need 0 in
the position Row 2, Column 1. To obtain
this, we multiply the new Row 1 by 2 and add to the original Row 2. The new Row 2 looks like this:
Step 3: We need 0 in
the position Row 3, Column 1. To obtain
this, we multiply the new Row 1 by -3 and add to the original Row 3. The new Row 3 looks like this:
**Our matrix now looks like the following:
Step 4: We need a 1
in position Row 2, Column 2. To obtain
this, we multiply the previous Row 2 by 
The new Row 2 looks
like this:
The new Row 2 looks
like this:
Step 5: We need a 0
in position Row 1, Column 2. To obtain
this, we multiply the new Row 2 by 
and add to the
previous Row 1. The new Row 1 looks like
this:
and add to the
previous Row 1. The new Row 1 looks like
this:
Step 6: We need a 0
in position Row 3, Column 2. To obtain
this, we multiply the new Row 2 by 
and add to the
previous Row 3. The new Row 3 looks like
this:
and add to the
previous Row 3. The new Row 3 looks like
this:
*The matrix should now look like the following:
Step 7: We now need a
1 in position Row 3, Column 3. To obtain
this, we multiply the previous Row 3 by -4.
The new Row 3 looks like the following:
Step 8: We now need a
0 in position Row 2, Column 3. To obtain
this, we multiply the new Row 3 by 
and add to the
previous Row 2. The new 2nd
row looks like the following:
and add to the
previous Row 2. The new 2nd
row looks like the following:
Step 9: We now need a
0 in position Row 1, Column 3. To obtain
this, we multiply the new Row 3 by 
and add to the
previous Row 1. The new Row 1 looks like
the following:
and add to the
previous Row 1. The new Row 1 looks like
the following:
**Finally, our matrix looks like the following:
This implies that x = 1, y = 2, and z = 1. You can check by substituting these values
into the original system of equations.
