http://www.youtube.com/watch?v=K2-uu4MisDU


^^ I broke my nose with a rifle just like that lol. I was 12 and my dad took me shooting... I was shooting my .22 and he told me to have a shot with his 30-06... Cut a ring around my eye and broke my nose..... Asshole.

Berz out.

3384287239

http://www.youtube.com/watch?v=_kfUsDe8slA

Berz out.

Sorry guys...nothing to paste this time :(

its hard to fall in love

http://www.tsn.ca/nhl/story/?id=256877

^^^ FUUUUUUCK

Berz out.

RoMVPoBw_rs

-.-. .- -.. . - Not Home, No Rob My House, kthx

http://www.youtube.com/watch?v=UWNTFHfHzIQ

Berz out.

the guy doing our stairs was like "dont u remember me, i did ur counter tops, saw you maybe 4-5 years ago, u were alot thinner"

they should invest in bins that work properly

We was young, and we was dumb but we had heart
In the dark will we survive through the bad parts?

59,26

the numbers on the branches indicate the number
of times the partition of the species into the two sets
which are separated by that branch occurred
among the trees, out of 100.00 trees

[01:38:57] [Milanbar] whispers: but that is beside the point and frankly making the comment that jews are not a race when someone is telling people not to make racist comments is combative and beside the point

Consider the following Hamiltonian for a spin-1 particle. It arises in certain physically
relevant situations (e.g. when a spin-1 nucleus is placed in crystal where the local electric
field is inhomogeneous).
ˆ
H = A ˆ
S 2
z + B( ˆ
S 2
x
− ˆ
S 2
y ).
(6a) Compute the matrix representation for each of these spin operators ˆ
S
±, ˆ
Sx , ˆ
Sy , and ˆ
Sz .
Hint: first work out ˆ
Sz and ˆ
S
±, then write ˆ
Sx and ˆ
Sy which fol low directly from ˆ
S
±. Follow
the procedure used in the text for spin 1/2.
(6b) Using this, write the matrix representation for the Hamiltonian and solve for the eigenen-
ergies.