woahtherepeasant:

defeating your friends has never been this easy

sithsandgiggles:

legolas + looking prettier than me in the two towers

(Source: stannisbarathcon)

(10 himym original concepts that you love 

shefadestoblack:

That’s no blizzard, that’s my sister.

thesecondstarrtotheright:

totallypandacoffee:

this-is-horrorwood:

hey-how-ya-doing:

oomshi:

do i have a crush on you or am i just lonely

do i like you or do i like that you like me

do I like you or do I like the idea of you

do I love you because you’re beautiful or are you beautiful because I love you

are you fat because I hate you, or do I hate you because you’re fat

mr0wilson:

cannabisbliss:

purlpeiris:


Can this be the new universal sign for that?

Yes. This.

this is going to happen. New universally recognized motion.

I will use this from now on.

mr0wilson:

cannabisbliss:

purlpeiris:


Can this be the new universal sign for that?

Yes. This.

this is going to happen. New universally recognized motion.

I will use this from now on.

(Source: remvstered)

luigivevo:

keytosymphony:

worldaccordingtofangirls:

do you guys realize that we never stop tasting our own tongues

how about i taste yours for a change?

that was smooth af

(Source: asslicker2002)

curiosamathematica:

Impossible to ride a square-wheeled bike?

Maybe hard to believe, but square wheels can move smoothly (with their axles in a straight line and at a constant velocity), if they roll over evenly spaced bumps in the shape of an inverted catenary.

Not only squares, but also lots of other interesting shapes can be used as wheel, as long as the shape of the road is appropriate. For instance, for cardioid-shaped wheels you need cycloid-shaped roads:

It’s not about reinventing the wheel, it’s about reinventing the road.

(http://mathtourist.blogspot.be/2011/05/riding-on-square-wheels.html)