Off to Gym!! I”mmmmm a be Hell Skinneh May 2nd • 2 notes

May 1st • 84,152 notes

ment-al asked: nothing mucch gurl. hahah my relationship status - we were just messing around. But idk idk idk idk idk. How are you ?

oh okay haha thats good. you had me worried. 
are you okay? do you need me to call you?

 i’m good (:

Apr 8th • 0 notes
blue-eyes-and-auburn-hair:

I want to have a pet elephant. Kay? Kay

blue-eyes-and-auburn-hair:

I want to have a pet elephant. Kay? Kay

Apr 3rd • 593 notes

smokeporch:

Follow this Blog, it’s like Love at first site!

Apr 3rd • 10,101 notes

Titanic - Behind the scenes (x)

My favorite moments (part 2/3)

Apr 3rd • 213 notes

wtfsofunny:

Click for more funny posts=))

Mar 28th • 44,051 notes

Jumping into bed and missing my
Man so bad. nights are so long and lonely without him :3 
B. j. N.

Mar 24th • 0 notes
Egh

I’m so over people screwing with my emotions and toying with my feelings and ending up being cranky all the time :/

Mar 23rd • 0 notes
unknownskywalker:

Mercury surprises: tiny planet has strange innards and active past
Using observations from NASA’s Messenger spacecraft in orbit around Mercury, researchers observed that the floors of many craters have been tilted substantially. Part of the floor of the Caloris basin has even been raised above its rim. This suggest that internal forces pushed the craters up after the impacts created them, providing strong evidence that Mercury remained geologically active long after its formation.
Researchers also estimated Mercury’s gravity field by precisely radio-tracking Messenger’s movements around the planet. From these estimates, they determined that Mercury has “mascons” (short for “mass concentrations”), which are large positive gravity anomalies associated with big impact basins.
The team’s gravity calculations also suggest that Mercury has an iron core that comprises roughly 85% of the planet’s radius. (For comparison, Earth’s iron core covers about half of its radius.) Further, it looks like a layer of solid iron sulfide overlies Mercury’s core — a feature not known to exist on any other terrestrial planet.
The new findings shed light on Mercury’s past, and on the formation and evolution of rocky planets in general. But they also serve to remind scientists that they’re in for many more surprises as they continue to probe the solar system’s many mysteries.
Above: Perspective view of ancient volcanic plains in the northern high latitudes of Mercury revealed by NASA’s Messenger spacecraft.

unknownskywalker:

Mercury surprises: tiny planet has strange innards and active past

Using observations from NASA’s Messenger spacecraft in orbit around Mercury, researchers observed that the floors of many craters have been tilted substantially. Part of the floor of the Caloris basin has even been raised above its rim. This suggest that internal forces pushed the craters up after the impacts created them, providing strong evidence that Mercury remained geologically active long after its formation.

Researchers also estimated Mercury’s gravity field by precisely radio-tracking Messenger’s movements around the planet. From these estimates, they determined that Mercury has “mascons” (short for “mass concentrations”), which are large positive gravity anomalies associated with big impact basins.

The team’s gravity calculations also suggest that Mercury has an iron core that comprises roughly 85% of the planet’s radius. (For comparison, Earth’s iron core covers about half of its radius.) Further, it looks like a layer of solid iron sulfide overlies Mercury’s core — a feature not known to exist on any other terrestrial planet.

The new findings shed light on Mercury’s past, and on the formation and evolution of rocky planets in general. But they also serve to remind scientists that they’re in for many more surprises as they continue to probe the solar system’s many mysteries.

Above: Perspective view of ancient volcanic plains in the northern high latitudes of Mercury revealed by NASA’s Messenger spacecraft.

Mar 22nd • 6,411 notes

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