Reblog if you watch Supernatural.
5 Million strong.13 million strong.
I’M GONNA CRY
Reblogged from Always left, never right
Who do you believe?
#great #throw together two men who know nothing of personal space #where’s castiel #might as well make it a party
A PARTY IT IS, THEN
this is perfect
guys
guys what’s happening
guys
g u y s.
Oh my gosh what even just happened.
I just exploded.
The Doctor seemed lonely
WHAT IS HAPPENING
OH G O S H ITS’S JFBACk
i do what i want
Viva la vida loki
OH MY GOSH IT’S BACK AND IT’S EVOLVED
OBLIGATORY REBLOG
Reblogged from Food is yummy ;)
Making a separate post of this because IT’S NOT TRUE, NOOO, STAWP SPREADING ITTTT.
Don’t mean to hijack a post to say NO U R WRONG but I keep seeing this post and that’s not what the song is about.
It’s calling the MEN the dogs because they’re running around panting and woofing at women.
“I heard a woman shout out—who let the dogs out?”
Then we see women as dog-catchers.
And a dog jumping up trying to get on a lady.
“Get back cruffy, back scruffy,
Get back you flea infested mongrel”
Is meant to be a woman telling a dog (a guy) to leave her alone.
Then there’s “to any girls callin’ them canine”. Clearly the women are calling the men dogs here.
“Say, a doggy is nuttin’ if he don’ have a bone” HE. Doggy is nuttin’ if HE.
“Well, if I am a dog, the party is onI gotta get my groove ‘cause my mind done gone”
Dude’s acknowledging that he may be one of those guys at parties/clubs.“Me and my white short shorts
And I can’t see color, any color will do
I’ll stick on you, that’s why they call me ‘Pit bull’”
He can’t see color, HE is the dog.
So don’t be crushed. It’s a song about guys acknowledging that other guys can be brazen and annoying when hitting on women when they just wanna have a ball at the club and dance.
OH THANK GOODNESS
THANK GOODNESS
wait
did the baha-men really make a hit song addressing the harassment of women?
exhibit 984 in the “no one pays attention to hit song lyrics” files
Reblogged from Always left, never right
I will reblog this pic every time I see it.
Cause damn.
I second that DAMN.
Reblogged from Always left, never right
using low level pokemon as sacrifices to stall so you can heal the pokemon you actually give a shit about
Reblogged from God Save the (Drag) Queen
Genius, playboy, billionaire, philanthropist, walking human purse (x)
Reblogged from Always left, never right
the guy on the radio just said “gas prices aren’t so bad if you consider you’re really buying liquid explosive dinosaurs” and my perspective on life is forever changed
Reblogged from the square inch
A neutron star is a type of stellar remnant that can result from the gravitational collapse of a massive star during a Type II, Type Ib or Type Ic supernova event. Such stars are composed almost entirely of neutrons, which are subatomic particles without net electrical charge and with slightly larger mass than protons. Neutron stars are very hot and are supported against further collapse by quantum degeneracy pressure due to the Pauli exclusion principle. This principle states that no two neutrons can occupy the same place and quantum state simultaneously.
Formation
- Neutron stars are formed from violent explosions called supernovas triggered by gravitational collapse of massive stars, which have run out of fuel. The core of the massive star is compressed by intense gravitational pressure which results into a highly dense neutron star.
- Just as a ballerina rotates faster as she wraps her hands around her body, the neutron star rotates very fast as its radius is reduced by gravitational compression. This happens due to conservation of angular momentum.
- Neutron stars are some of the most compact objects in the universe and due to compression, their surface gravity is phenomenally high; about 1011 times that of earth. An object falling towards neutron star surface will be accelerated at about 1012m/s2 which will shred and rip it out into constituent atoms. To escape from a neutron star’s surface gravity, one would have to travel at a velocity of 100,000 km/s, that is about one third of the speed of light.
- For a massive star to become a neutron star, its mass should be greater than 8 times the solar mass but lesser than 20 to 30 times the mass of our Sun, when it runs out of fuel. If the star is greater than 30 solar masses, it becomes a black hole.
Properties
- The neutron stars are so dense that a spoonful of neutron star will weigh more than a mountain. A teaspoon of a neutron star could weigh as much as 5 x 1012kg. A neutron star could be as small as the size of a city on earth, say Chicago, but weigh more than the Sun.
- Neutron stars have very high magnetic fields. The measured magnetic fields are the order of 1012 Gauss, which is about 1013 times our Earth’s magnetic field.
Structure
- The surface of a neutron star, at a temperature of about 1 million Kelvin, is made up of atomic nuclei of mostly iron, which are solidified in the form of a dense lattice.
- The atmosphere is 1 meter thick and totally dominated by the intense magnetic field of the order of 1012 Gauss.
- As you go deeper and deeper, density of the star increases and the core is populated by nuclei of high neutron numbers. The central core is supposed to be a superconducting fluid of protons and electrons.
Reblogged from We are star stuff.
One late night, you are up in your bedroom when you hear your mom calling you downstairs. You are halfway down the staircase when all of a sudden, you see your mom in front of her bedroom door, terrified, she whispers, ‘Don’t go downstairs. I heard her, too.’
THE ULTIMATE SATAN POST OMG
Reblogged from Rose's Blog
