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triangles | A Wisdom Archive on triangles | | triangles A selection of articles related to triangles | |
| We recommend this article: triangles - 1, and also this: triangles - 2. |
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triangles
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| ARTICLES RELATED TO triangles | | | |  triangles: Encyclopedia II - The Triangle North Carolina - CommerceThe major research universities of North Carolina State University, Duke University, and the University of North Carolina at Chapel Hill, respectively. The name was cemented in the public consciousness in the 1950s with the creation of Research Triangle Park, home to numerous high-tech companies and enterprises. Although the name is commonly used to refer to the cities, the "triangle" originally referred to the universities, whose research facilities and the educated workforce they provide are ...
See also:The Triangle North Carolina, The Triangle North Carolina - Counties, The Triangle North Carolina - Cities, The Triangle North Carolina - Primary cities, The Triangle North Carolina - Suburbs with more than 10000 inhabitants, The Triangle North Carolina - Suburbs with fewer than 10000 inhabitants, The Triangle North Carolina - Education, The Triangle North Carolina - Institutes of higher education, The Triangle North Carolina - Commerce, The Triangle North Carolina - Area major employers, The Triangle North Carolina - Area hospitals and medical centers, The Triangle North Carolina - Transportation, The Triangle North Carolina - Shopping Read more here: » The Triangle North Carolina: Encyclopedia II - The Triangle North Carolina - Commerce |
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| | | | | | | triangles: Encyclopedia II - Triangle New York - Demographics As of the census2 of 2000, there are 3,032 people, 1,131 households, and 809 families residing in the town. The population density is 30.7/km² (79.6/mi²). There are 1,245 housing units at an average density of 12.6/km² (32.7/mi²). The racial makeup of the town is 97.76% White, 0.20% African American, 0.26% Native American, 0.33% Asian, 0.10% Pacific Islander, 0.26% from other races, and 1.09% from two or more races. 0.86% of ...
See also:Triangle New York, Triangle New York - History, Triangle New York - Geography, Triangle New York - Demographics, Triangle New York - Communities and locations in Triangle Read more here: » Triangle New York: Encyclopedia II - Triangle New York - Demographics |
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| | | | | | triangles: Encyclopedia II - Historic Triangle - Commercial enterprises Notwithstanding the amazingly successful efforts to provide a non-commercial atmosphere at the three Historic Triangle areas (and on the Colonial Parkway between them), there are many hotels, motels, campgrounds, restaurants, shops and stores, gasoline stations, and amusements close by.
Other major attractions nearby include:
Busch Gardens is a major theme park located near Williamsburg in James City County.
Williamsburg Pottery Factory is also nearby on U.S. Highway 60 a few miles west of Williamsburg ...
See also:Historic Triangle, Historic Triangle - Colonial Parkway, Historic Triangle - Jamestown Ferry, Historic Triangle - Jamestown, Historic Triangle - Williamsburg, Historic Triangle - Yorktown, Historic Triangle - Commercial enterprises Read more here: » Historic Triangle: Encyclopedia II - Historic Triangle - Commercial enterprises |
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| | | | | | triangles: Encyclopedia II - Triangle inequality - Metric space In a metric space M with metric d, the triangle inequality is
d(x, z) ≤ d(x, y) + d(y, z) for all x, y, z in M
that is, the distance from x to z is at most as large as the sum of the distance from x to y and the distance from y to z.
...
See also:Triangle inequality, Triangle inequality - Normed vector space, Triangle inequality - Metric space, Triangle inequality - Consequences, Triangle inequality - Reversal in Minkowski space Read more here: » Triangle inequality: Encyclopedia II - Triangle inequality - Metric space |
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| | | | | | triangles: Encyclopedia II - Triangle Transit Authority - History The 1989 Session of the North Carolina General Assembly enabled the creation of the Research Triangle Regional Public Transportation Authority (Triangle Transit Authority) as a regional public transportation authority serving Durham, Orange and Wake counties. The new unit of local government was chartered by the North Carolina Secretary of State on December 1, 1989.
In 1991, the General Assembly, subject to County approvals, authorized the TTA to levy a vehicle registration tax of up to $5 per registration. This tag tax finances the regional bus ...
See also:Triangle Transit Authority, Triangle Transit Authority - History, Triangle Transit Authority - Bus service, Triangle Transit Authority - Regional rail, Triangle Transit Authority - Funding, Triangle Transit Authority - Metropolitan Raleigh-Durham Transit Systems Read more here: » Triangle Transit Authority: Encyclopedia II - Triangle Transit Authority - History |
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| | | | | triangles: Encyclopedia II - The Triangle North Carolina - Transportation The Triangle is served by three major interstate highways: I-85, I-40 and I-95, their spurs: I-440 and I-540, and six secondary highways: US 1, US 15, US 64, US 70, US 401, and US 501.
Two of the three interstates diverge from one another in Orange County with I-85 heading northeastward straight through Durham towards Virginia, while I-40 goes southeasternward straight through the heart of the region and serving as the main freeway through Raleigh. The spurs of I-440 and I-540, however are primarily located in Wake County around Ralei ...
See also:The Triangle North Carolina, The Triangle North Carolina - Counties, The Triangle North Carolina - Cities, The Triangle North Carolina - Primary cities, The Triangle North Carolina - Suburbs with more than 10000 inhabitants, The Triangle North Carolina - Suburbs with fewer than 10000 inhabitants, The Triangle North Carolina - Education, The Triangle North Carolina - Institutes of higher education, The Triangle North Carolina - Commerce, The Triangle North Carolina - Area major employers, The Triangle North Carolina - Area hospitals and medical centers, The Triangle North Carolina - Transportation, The Triangle North Carolina - Shopping Read more here: » The Triangle North Carolina: Encyclopedia II - The Triangle North Carolina - Transportation |
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| | | | | triangles: Encyclopedia II - Olympic triangle - The starting line The starting line often has a bias to the port end (the left end as one looks up the course towards the top mark) of 5 to 10 degrees towards the top mark from what the start line would be if it was straight across the wind direction. This bias encourages competitors to move to the pin end of the line as it is further up the wind towards the top mark. It also provides "cleaner" air to competitors on the port end of the line. With many competitors moving to the pin or port end of the line to be further to windward, there is room for the other ...
See also:Olympic triangle, Olympic triangle - Number and type of legs, Olympic triangle - Most common configuration, Olympic triangle - Alternate configuration, Olympic triangle - Length of Windward Leg and Course - Time vs Distance, Olympic triangle - The starting line, Olympic triangle - The finishing line, Olympic triangle - Some practical considerations, Olympic triangle - Laying the Course, Olympic triangle - Practical application of Sine Rule to the Olympic Triangle, Olympic triangle - Use of spreadsheets to examine scenarios, Olympic triangle - External references Read more here: » Olympic triangle: Encyclopedia II - Olympic triangle - The starting line |
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| | | | | | triangles: Encyclopedia II - Black triangles - The TR-3A and TR-3B A speech given at the International UFO Congress, in Laughlin, Nevada in 1998 by Edgar Rothschild Fouche, (an engineer who claims to have worked at Area 51), suggests that the Black Triangle is a Top Secret, experimental, U.S. Air Force vehicle known as the TR-3B, code named "Astra".
The TR-3B is supposed to be a 600 foot wide (180 m), triangular aerospace vehicle that utilizes a nuclear reactor to generate an intense magnetic field that negates Earth's gravitational forces on the mass of the vehicle by 89%, rendering it extrem ...
See also:Black triangles, Black triangles - Reported sightings, Black triangles - Typical sightings, Black triangles - Illinois police sighting incident, Black triangles - Rendlesham Forest incident, Black triangles - Phoenix lights incident, Black triangles - The Belgian Air Force report, Black triangles - The TR-3A and TR-3B, Black triangles - Other theories, Black triangles - Black triangles in fiction Read more here: » Black triangles: Encyclopedia II - Black triangles - The TR-3A and TR-3B |
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| | | | | | | | triangles: Encyclopedia II - Olympic triangle - Length of Windward Leg and Course - Time vs Distance Many dinghy classes have a target length for a race for the first boat. This time might take into consideration the age of competitors, how physically demanding the class is and how physically demanding the conditions are. 100 minutes is often used by Herons in Australia as an informal target (not specified in the Sailing Instructions). It is generally accepted that the whole of the course ought be completed in a race to ensure that all points of sailing are tested by competition. This requires co ...
See also:Olympic triangle, Olympic triangle - Number and type of legs, Olympic triangle - Most common configuration, Olympic triangle - Alternate configuration, Olympic triangle - Length of Windward Leg and Course - Time vs Distance, Olympic triangle - The starting line, Olympic triangle - The finishing line, Olympic triangle - Some practical considerations, Olympic triangle - Laying the Course, Olympic triangle - Practical application of Sine Rule to the Olympic Triangle, Olympic triangle - Use of spreadsheets to examine scenarios, Olympic triangle - External references Read more here: » Olympic triangle: Encyclopedia II - Olympic triangle - Length of Windward Leg and Course - Time vs Distance |
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| | | | | triangles: Encyclopedia II - Olympic triangle - Practical application of Sine Rule to the Olympic Triangle To calculate various configurations of triangles a knowledge of the sine rule is required. The formula used is:
This means that given a length of the windward leg, call it c, you can calculate the length of the other legs once you know or make assumptions about the angles between the legs:
The value of the Sine of an angle can be looked up in a Trigonometry Table, eg Trigonometric functions of angles 0° to 90° by degree. The sine of an angle between 90° and 180° is equal to the sine of (180° - the angle), eg the sine of 100 ...
See also:Olympic triangle, Olympic triangle - Number and type of legs, Olympic triangle - Most common configuration, Olympic triangle - Alternate configuration, Olympic triangle - Length of Windward Leg and Course - Time vs Distance, Olympic triangle - The starting line, Olympic triangle - The finishing line, Olympic triangle - Some practical considerations, Olympic triangle - Laying the Course, Olympic triangle - Practical application of Sine Rule to the Olympic Triangle, Olympic triangle - Use of spreadsheets to examine scenarios, Olympic triangle - External references Read more here: » Olympic triangle: Encyclopedia II - Olympic triangle - Practical application of Sine Rule to the Olympic Triangle |
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