Herro!
 
 

stringsandharmonies:

hisalai:

graspreality:

lunarlights:

oliviaonfire:

Did you know that if you send Mickey and Minnie Mouse an invitation to your wedding they’ll send you back an autographed photo and a ‘Just Married’ button?

Also, if you send Cinderella and Prince Charming an invitation, you’ll get an autographed congratulatory certificate.

Here are the addresses:

Micky & Minnie
The Walt Disney Company
500 South Buena Vista Street
Burbank, California 91521

Cinderella and Prince Charming
P.O. Box 1000
Lake Buena Vista, Florida 32830

So doing this for my future wedding (:

I ain’t gonna lie: I want to be the one you listen to all summer.
Drake (via gq)
fuckyeahdoubleemulsions:

Altering the shape of water drops.  Water drops are spherical due to surface tension , that is, because of cohesive forces. Water molecules want to be adjacent to one other and far away from molecules that are different from them, like air or oil molecules. This has the effect of minimizing water’s surface area; hence, water drops are spherical. This is shown in the upper image of spherical water drops flowing inside a jet of oil. To reduce cohesive forces or surface tension, actually the interfacial tension between water and oil, surfactants, such as soap, are added to water. Since surfactant molecules have two ends, one that is attracted to water and one that isn’t, surfactant molecules disrupt the cohesive forces at the interface.  Consequently, if the surfactant molecules are strong enough and the disruption of the cohesive forces is widespread, the spherical shape of water drops no longer prevails. This is shown in the bottom image.  (Photo credit: L. L. A. Adams)

fuckyeahdoubleemulsions:

Altering the shape of water drops.  Water drops are spherical due to surface tension , that is, because of cohesive forces. Water molecules want to be adjacent to one other and far away from molecules that are different from them, like air or oil molecules. This has the effect of minimizing water’s surface area; hence, water drops are spherical. This is shown in the upper image of spherical water drops flowing inside a jet of oil. To reduce cohesive forces or surface tension, actually the interfacial tension between water and oil, surfactants, such as soap, are added to water. Since surfactant molecules have two ends, one that is attracted to water and one that isn’t, surfactant molecules disrupt the cohesive forces at the interface.  Consequently, if the surfactant molecules are strong enough and the disruption of the cohesive forces is widespread, the spherical shape of water drops no longer prevails. This is shown in the bottom image.  (Photo credit: L. L. A. Adams)

collegehumor:

Hey, Dunkin Donuts, What the F*ck Are You Doing? [Click for more]

Most Dunkin Donuts stores are joint Dunkin Donuts/Baskin Robbins, and they STILL haven’t combined the donuts and the ice cream. How is that possible? Don’t they realize the opportunities they’re missing?

collegehumor:

I Love My Whore Family
How sweet, she learned a new word!

collegehumor:

I Love My Whore Family

How sweet, she learned a new word!

thatscienceguy:

A red hot ball of Nickel placed on a block of ice.

thatscienceguy:

A red hot ball of Nickel placed on a block of ice.

the-absolute-best-gifs:

joshunf:
if a charmander running in circles chasing its tail doesnt fit your blog then you are running the wrong kind of blog

the-absolute-best-gifs:

joshunf:

if a charmander running in circles chasing its tail doesnt fit your blog then you are running the wrong kind of blog

(Source: precumming)

heycuddleme:

❤

heycuddleme:

(Source: l-3ft)