oh no i just remembered one of the rules of the internet THERE ARE NO GIRLS ON THE INTERNET!!! we've all been lied to
Cute is when a person's personality shines through their looks. Like in the way they walk, every time you see them you just want to run up and hug them.
Age 32, Female
Intern (Interior D)
Fullerton Union High School
California
Joined on 5/26/08
- Level:
- 26
- Exp Points:
- 6,970 / 7,510
- Exp Rank:
- 5,896
- Vote Power:
- 6.72 votes
- Rank:
- Sup. Commander
- Global Rank:
- 309
- Blams:
- 8,276
- Saves:
- 21,963
- B/P Bonus:
- 60%
- Whistle:
- Silver
- Trophies:
- 1
- Medals:
- 98
You sure were.
ha so you admit it and a pirate no really my thing
I didn't admit anything.
whatever, it's kinda permanently embedded on newgrounds
Whats embedded on newgrounds? seriously confusing me.
Wow, really? and first too? I should help out more then. Thanks.
No, thank you for helping me : D
your admittance to not being a girl
The internet has you really paranoid, go take a break.
no i think life has me paranoid
Everything has you paranoid.
The Dallas Area Rapid Transit authority (or DART) is a transit agency based in Dallas, Texas (USA), that operates buses, light rail, commuter rail, and HOV lanes in Dallas and 12 of its suburbs. Its 45 miles of track make it the largest light rail operator in the State of Texas.
Wow, now that is amazing! I gotta go visit Texas some day.
An easy formula for figuring the net energy in a falling stream of water is the head multiplied by volume in usgpm divided by 3960 = horsepower multiplied by .746 (convert hp to kW) and then multiplied by 60% ( turbine, generator and waterline losses etc). e.g. (200 feet head times 300 usgpm = 60,000 divided by 3960 = 15.15 hp multiplied by .746 = 11.3 gross kW multiplied by 60% efficiency = 6.78 net kW.
Losses are attributed to 80% turbine efficiency, 85% generator efficiency, and 10% friction losses in the penstock. (e.g. .8 x .85 x .9 = 61.2%)
The same formula expressed in a metric equivalent would be Flow (Q expressed in Liters/sec) x H (expressed as Head in Meters) x net losses (factor of 6, {60% efficiency}, depending upon exact losses)
e.g. .1 m3 (100 L/s) x 10 M x 6 = 6 kW Net
To Calculate the water flow in CFS over a Suppressed Weir
To calculate the discharge flow of water over a suppressed weir, the following formula is a good approximation.
3.33 x W (width in feet) x D 3 (depth in feet), and Depth is expressed as the square root of D to the third power.
2 (depth is cubed first and then the square root is taken)
e.g. 3.33 x 8 feet wide x 2 feet discharge over weir = 3.33 x 8 x 2.828 = 75.38 CFS or 2nd e.g.
3.33 x 6 feet wide x 8 inches overflow = 3.33 x 6 x .64952 (square root of .75 x.75 x .75) = 12.97 CFS
Note: The water level must be measured a good 3-4 feet before the discharge weir, and there should be a clear drop of the water into a lower pool of water to be fairly accurate.
Rules Relative to the Circle
To find Circumference: Multiply diameter by 3.1416, or divide diameter by 0.3183
To Find Diameter: Multiply circumference by 0.3183, or divide circumference by 3.1416
To Find Radius: Divide diameter by 2, or multiply circumference by 0.15915, or divide circumference by 6.23318
To Find Area: Multiply circumference by 1/4 of the diameter, or multiply the square of the diameter by 0.07958, or multiply the square of 1/2 diameter (radius) by 3.1416
To Find Surface of a Sphere: Multiply the diameter by the circumference, or multiply the square of the diameter by 3.1416, or multiply 4 times the square of radius by 3.1416
To find the Volume of a Sphere: 4/3 pi r3 e.g. A four foot balloon= 4 x 3.1415927 x 2 x 2 x 2 = 33.51 cubic ft
3
To Find the Curvature of the Earth: Take the radius of the earth squared, plus the distance you are measuring
squared, and take the square root of that value minus the radius of the earth. ( square root of R 2 + D 2 minus radius.) For an example, suppose you wish to know what the curvature of the earth is 100 kilometers distant, expressed in differential altitude. The differential altitude is then: the radius of the earth is half the diameter (measured from the center of the earth to the surface) = 6,378 km squared + 100 km squared= the square root of this value minus the radius e.g. 6,378 x 6,378 =40,678,884 + 100 x 100 = 10,000 (40,678,884 + 10,000 =40,688,888) The square root of this value is 6,378.7838 - 6,378 (the radius of the earth ) = .7838 km. This is 783.8 meters of differential altitude. That is to say that at 100 km distant, you should be able to see a light on the horizon that is on a tower or a hill 784 meters high. Using this same formula, theoretically, you should be able to see Mt. Everest, from over 200 miles away. Or, on a flat prairie, a 2 km distance has 30 cm of differential altitude due to the curvature of the earth. A little over a foot in every 2 miles. The earth is not flat.
"English mouthfucka! do you speak it?"
guess what :3
Chicken butt.
hey i can be smart to see:
The Indian mathematician Aryabhata in 499, gave tables of half chords which are now known as sine tables, along with cosine tables. He used zya for sine, kotizya for cosine, and otkram zya for inverse sine, and also introduced the versine. Another Indian mathematician, Brahmagupta in 628, used an interpolation formula to compute values of sines, up to the second order of the Newton-Stirling interpolation formula.
In the 10th century, the Persian mathematician and astronomer Abul Wáfa introduced the tangent function and improved methods of calculating trigonometry tables. He established the angle addition identities, e.g. sin (a + b), and discovered the sine formula for spherical geometry:
\frac{\sin A}{\sin a} = \frac{\sin B}{\sin b} = \frac{\sin C}{\sin c}.
Also in the late 10th and early 11th centuries, the Egyptian astronomer Ibn Yunus performed many careful trigonometric calculations and demonstrated the formula
\cos a \cos b = \frac{\cos(a+b) + \cos(a-b)}{2}..
Indian mathematicians were the pioneers of variable computations algebra for use in astronomical calculations along with trigonometry. Lagadha (circa 1350-1200 BC) is the first person thought to have used geometry and trigonometry for astronomy, in his Vedanga Jyotisha.
Persian mathematician Omar Khayyám (1048-1131) combined trigonometry and approximation theory to provide methods of solving algebraic equations by geometrical means. Khayyam solved the cubic equation x3 + 200x = 20x2 + 2000 and found a positive root of this cubic by considering the intersection of a rectangular hyperbola and a circle. An approximate numerical solution was then found by interpolation in trigonometric tables.
Detailed methods for constructing a table of sines for any angle were given by the Indian mathematician Bhaskara in 1150, along with some sine and cosine formulae. Bhaskara also developed spherical trigonometry.
The 13th century Persian mathematician Nasir al-Din Tusi, along with Bhaskara, was probably the first to treat trigonometry as a distinct mathematical discipline. Nasir al-Din Tusi in his Treatise on the Quadrilateral was the first to list the six distinct cases of a right angled triangle in spherical trigonometry.
In the 14th century, Persian mathematician al-Kashi and Timurid mathematician Ulugh Beg (grandson of Timur) produced tables of trigonometric functions as part of their studies of astronomy.
The mathematician Bartholemaeus Pitiscus published an influential work on trigonometry in 1595 which may have coined the word "trigonometry".
That does not sound smart.
or is it so smart you can't comprehend it
Uh....yeah sure lets go with that.
leaf!
Now I understand that.
...
Yeah you got nothing to say anymore, I know.
nope scene my dream of popularity as been reached i no longer have a life
Popularity? lol, what popularity?
WHERE THE FUCK IS ZIPPERHEAD?
I DON"T KNOW.
Feces, faeces, or fæces (see spelling differences) is a waste product from an animal's digestive tract expelled through the anus (or cloaca) during defecation. The word faeces is the plural of the Latin word fæx meaning "dregs". There is no singular form in the English language, making it a plurale tantum.
lol poo.
Put me on it or I'll break a bunny's neak.
Haha after that fiasco that happen way back then, no chance. Go ahead, break that bunny's neck then make some stu out of it.
Whistle points are hard...
I whistled some good topics, one bad one and now i'm garbage ._.
Hey you could at least try getting it back up to normal, I used to have a garbage whistle too.
You've probably seen it floating around on the forms, but this is threatening: <a href="http://ipower.ning.com/netneutrality2">http://ipower.ning.com/netneutrality2 </a>
Its the end of the (digital) world!
Oh crap, hope that doesn't happen, I just got to like this place.
MintPaw
ahhhhhh... *slice* now i only have one eye
Deadchick
Become a pirate then.