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redtheidiot

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  1. redtheidiot posted a post in a topic in Steam Powered Games
    fag? :gay:
  2. redtheidiot posted a post in a topic in Steam Powered Games
    Is there a way to bypass a server ban in counter strike source? I've tried scripting for it. No luck. I have other stolen accounts but they have no CSS. :p help.
  3. I thought some women was geting raped. that did not happen. i am disapointed in you tampon for posting such a time waster.
  4. redtheidiot posted a post in a topic in General Discussion
    and this http://www.forumspile.com/Goatse-Original.jpg
  5. redtheidiot posted a post in a topic in General Discussion
    http://us.st11.yimg.com/us.st.yimg.com/I/buyinprivate_1922_203683011 works best for me. Shop site
  6. redtheidiot posted a post in a topic in Flames
    no u fail :)
  7. redtheidiot posted a post in a topic in General Discussion
    Thats why I use IE
  8. TRUE FACT http://www.un.org/ecosocdev/geninfo/afrec/vol18no4/panos_sierraleone_amputee.jpg + http://www.wpclipart.com/tools/ladder.png = http://www.wyrebc.gov.uk/Council_Services/Health_and_Safety/Factsheet_Information_System/Images/ClipArt_Man_Falling_off_ladder.gif
  9. redtheidiot posted a post in a topic in General Discussion
    Looks like a shitty mod that some jap made to satisfy his sci-fi needs.
  10. redtheidiot posted a post in a topic in General Discussion
    http://i15.tinypic.com/446vlna.jpg Why you link sex ed vids? I like this kids reply to the flames on the vid
  11. redtheidiot posted a post in a topic in General Discussion
    ***s
  12. redtheidiot posted a post in a topic in General Discussion
    FAKE! getting hit in the balls hurt IRL
  13. http://www.alphamonkey.org/pictures/kitten/DSCF0887.JPG http://www.alphamonkey.org/pictures/kitten/DSCF0885.JPG http://www.alphamonkey.org/pictures/kitten/DSCF0884.JPG
  14. http://www.alphamonkey.org/pictures/kitten/DSCF0887.JPG http://www.alphamonkey.org/pictures/kitten/DSCF0885.JPG http://www.alphamonkey.org/pictures/kitten/DSCF0884.JPG
  15. it would turn this color then melt off
  16. I saw that kid on the science channel get it removed. It was like 16 pounds. http://www.kellogg.umich.edu/theeyeshaveit/red-eye/images/orbitaltumor.jpg Eye tumor.
  17. redtheidiot posted a post in a topic in General Discussion
    THAT MAN IS SATAN HIMSELF
  18. redtheidiot posted a post in a topic in Flames
    Ha me to. Plus I like to spam with kitteh pictures :D
  19. redtheidiot posted a post in a topic in Flames
    no rage for you
  20. nooooooooooooo! not the kitteh.
  21. redtheidiot posted a post in a topic in General Discussion
    A simple gravity pendulum or bob pendulum (plural pendulums or pendula), is a weight on the end of a rigid rod (or a string/rope), which, when given an initial push, will swing back and forth under the influence of gravity over its central (lowest) point. The pendulum was discovered by Ibn Yunus during the 10th century, who was the first to study and document its oscillatory motion. Its value for use in clocks was introduced by physicists during the 17th century, following observations from Galileo. Contents [hide] 1 Basic principles 2 Applications 2.1 Timekeeping 2.2 Gravimetry 2.3 Seismology 2.4 Schuler tuning 2.5 Coupled pendulums 2.6 Pendulums for divination and dowsing 3 See also 4 External links [edit] Basic principles The period of a pendulum is significantly affected only by its length and the acceleration of gravity. The period of the pendulum is the time taken for two swings (left to right and back again) of the pendulum. The formula for the period, T, is where is the length of the pendulum measured from the pivot point to the bob's center of gravity,. For a more detailed discussion of the mathematics of pendulums, see pendulum (mathematics). [edit] Applications [edit] Timekeeping The most widespread application is for timekeeping. A pendulum whose time period is two seconds is called the second pendulum since most clock escapements move the seconds hands on each swing. [edit] Gravimetry The presence of g as a variable in the above equation means that the pendulum frequency is different at different places on Earth. So for example if you have an accurate pendulum clock in Glasgow (g = 9.815 63 m/s2) and you take it to Cairo (g = 9.793 17 m/s2), you must shorten the pendulum by 0.23%. g = 9.8 m/s² is a safe standard for acceleration due to gravity if locational accuracy is not a concern. The pendulum can therefore be used in surveying to measure the local acceleration due to gravity at any point on the surface of the Earth - this is known as gravimetry. [edit] Seismology A pendulum in which the rod is not vertical but almost horizontal was used in early seismometers for measuring earth tremors. The bob of the pendulum does not move when its mounting does and the difference in the movements is recorded on a drum chart. [edit] Schuler tuning As first explained by Maximilian Schuler in his classic 1923 paper, a pendulum whose period exactly equals the orbital period of a hypothetical satellite orbiting just above the surface of the earth (about 84 minutes) will tend to remain pointing at the center of the earth when its support is suddenly displaced. This is the basic principle of Schuler tuning that must be included in the design of any inertial guidance system that will be operated near the earth, such as in ships and aircraft. [edit] Coupled pendulums Two coupled pendulums form a double pendulum. Many physical systems can be mathematically described as coupled pendulums. Under certain conditions these systems can also demonstrate chaotic motion. [edit] Pendulums for divination and dowsing Pendulums (these may be a crystal suspended on a chain, or a metal weight) can also be used in divination and dowsing. See pendulums for divination and dowsing for a more detailed discussion. [edit] See also Pendulum clock Simple harmonic motion Foucault pendulum Spherical pendulum Double pendulum Kater's pendulum Harmonograph Metronome [edit] External links A more general explanation of pendulums Pendulum oscillations research by Veljko Milković FORTRAN code for a numerical model of a simple pendulum FORTRAN code for modeling of a simple pendulum using the Euler and Euler-Cromer methods Retrieved from "http://en.wikipedia.org/wiki/Pendulum" Categories: Classical mechanics | Timekeeping yay wikipedia
  22. redtheidiot posted a post in a topic in Flames
    stfu kittehs own you
  23. redtheidiot posted a post in a topic in General Discussion
    Agreed.
  24. redtheidiot posted a post in a topic in Flames
    http://www.stuffonmycat.com/media/2/20061030-LOLAH.jpg http://www.stuffonmycat.com/media/2/20061030-Daniella.jpg http://www.stuffonmycat.com/media/2/20061030-LINCOLN.jpg http://www.stuffonmycat.com/media/2/20061027-ROCKY.jpg http://www.stuffonmycat.com/media/2/20061025-SOPHIE.jpg