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Member
I am an Art Student
Nik Ahmad Rasyidi (Idi)
22/Male/Malaysia
Why I Am Here
No reason given yet
Last Visit: 1 week ago
masterMagnus
Art Zone
Personal Zone
Misc. Zone
This is the place where you can personalize your profile!
But, how?
By moving, adding and personalizing widgets.
You can drag and drop to rearrange.
You can edit widgets to customize them.
The left side has widgets you can add!
Some widgets you can only access when you get a premium membership.
Some widgets have options that are only available when you get a premium membership.
We've split the page into zones!
Certain widgets can only be added to certain zones.
"Why," you ask? Because we want profile pages to have freedom of customization, but also to have some consistency. This way, when anyone visits a deviant, they know they can always find the art in the top left, and personal info in the top right.
Don't forget, restraints can bring out the creativity in you!
Now go forth and astound us all with your devious profiles!
Hello and welcome to .
Thanks too for your comment on the 'meltwaters' image.
If you have any questions about this place, feel free to ask those around you. They're a helpful bunch, really.
--
Did you know that:
E^2 = p^2c^2)+([<delta>m^2]c^4.
which implies that:
E= [mc^2]/[<sq. root> 1-(v^2/c")].
when p=0 (in eq 1, or 2, whichever you find simpler)
E=mc^2........
(In reality, p can never=0, so E should, realistically not be =mc^2, )
--
heui foong
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...snoozing in the dilemma of eternal slumber...
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OPENING COMMISSION SOON
LEAVE ME NOTE IF YOU ARE INTERESTED TO GET ONE
visit [link] for more info
--
Ecole du Ciel
--
"you fight great but i'm a great fighter"
Apollo Creed
--
....(\ /)
<-( O.o)-<<
...c('')('')
HELLO!!
AFF [link]
Wretched Abandon [link]
--
Thanks too for your comment on the 'meltwaters' image.
If you have any questions about this place, feel free to ask those around you. They're a helpful bunch, really.
--
Did you know that:
E^2 = p^2c^2)+([<delta>m^2]c^4.
which implies that:
E= [mc^2]/[<sq. root> 1-(v^2/c")].
when p=0 (in eq 1, or 2, whichever you find simpler)
E=mc^2........
(In reality, p can never=0, so E should, realistically not be =mc^2, )
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