The Warriors can mean:
Eliot Spitzer
Eliot Laurence Spitzer (born June 10, 1959) is an American lawyer and politician. He is a member of the Democratic Party. He was the New York State Attorney General before becoming Governor of New York in 2007.
Spitzer resigned as Governor of New York on March 17, 2008 because of a prostitution incident. Spitzer's lieutenant governor, David Paterson, became Governor. Spitzer hosted "In the Arena "on the Cable News Network (CNN). He was hired by CNN President Jonathan Klein to co-host a different program along with a conservative debating him called Parker Spitzer. The other co-host left, and the show was renamed In the Arena. The show was cancelled by CNN in 2011.
Banda
Banda can be any of the following:
Arena, Wisconsin
Arena is a village in Iowa County, Wisconsin, USA. There were 685 people living in the village of Arena as of the 2000 census. The village of Arena can be found inside of the town of Arena. The village has an area of 1.1 square miles, says the United States Census Bureau.
List of rivers of Wisconsin
The following is a list of rivers in the U.S. state of Wisconsin, by letter:
List of rivers of Africa
The following is a list of rivers of Africa, by region.
Community Identification Number
The Official Municipality Key, which used to be called the "Official Municipality Characteristic Number" or "Municipality Code Number", is a group of numbers used to tell the difference between different municipalities and areas.
In Germany the Official Municipality Key has statistical goals and is given by the statistics offices of individual German states. The municipality key is given in times like moving house on the notice of some documents.
The municipality key has eight digits, which are set like this: The first two numbers tell people what the German state is. The third number say the government district (in areas without government districts a zero is used instead). The fourth and fifth numbers show people the number of the urban area (in a city without districts) or the district (in a city with districts). The sixth, seventh, and eighth numbers show the municipality or the number of the municipality-free area.
08 1 11 000: Stuttgart
15 3 52 002: Aschersleben
In Austria the municipality key has five digits which are chosen like this: The first number shows the number of the Austrian state, the second and third numbers show the district, and the fourth and fifth numbers show the municipality.
3 25 21: Rappottenstein
9 07 01: Vienna – Neubau
The Swiss Federal Office for Statistics makes code numbers with up to four digits, which are given in the order chosen with the official order of the cantons, districts, and municipalities in Switzerland.
Volta
Volta can be any of the following:
List of rivers of Alabama
The following is a list of rivers of Alabama, by letter:
List of rivers of Alaska
The following is a list of rivers in Alaska:
List of rivers of Arizona
This is a list of rivers in Arizona:
List of rivers of Arkansas
This is a list of rivers in Arkansas:
List of rivers of California
The following is a list of rivers in California, by location:
Rivers and streams between the Oregon border and Humboldt Bay that empty into the Pacific Ocean:
Rivers and streams between Humboldt Bay and the Golden Gate that empty into the Pacific Ocean:
Streams that empty into San Francisco Bay or its tributary bays, from north to south:
Rivers that empty into the Pacific Ocean between the Golden Gate and Point Arguello, from north to south:
Rivers that empty into the Pacific Ocean southeast of Point Arguello, from north to south:
Rivers that empty into the Gulf of California:
Rivers that empty into the Salton Sea:
Rivers in the Great Basin:
Hexadecimal
The hexadecimal numeral system, often shortened to "hex", is a numeral system made up of 16 symbols (base 16). The standard numeral system is called decimal (base 10) and uses ten symbols: 0,1,2,3,4,5,6,7,8,9. Hexadecimal uses the decimal numbers and six extra symbols. There are no numerical symbols that represent values greater than nine, so letters taken from the English alphabet are used, specifically A, B, C, D, E and F. Hexadecimal A = decimal 10, and hexadecimal F = decimal 15.
Humans mostly use the decimal (base 10) system where each digit can have one of ten values between zero and ten. This is probably because humans have ten fingers on their hands. Computers generally represent numbers in binary (base 2). In binary, each "binary digit" is called a bit and can only have one of two values: one or zero. Since a single bit's two possible values represents one fifth the information potentially conveyed by of decimal digit's ten possible values, binary representations of integer values can require many more (binary) bits than decimal digits.
For example, the three digit decimal value 219 requires eight bits to be represented in binary (11011011). Humans find reading, remembering, and typing long strings of bits inconvenient. Hexadecimal allows groups of four bits to be more conveniently represented by a single "hex" digit, so the eight bit binary value 11011011 only requires two hexadecimal digits "DB."
Computer memory is organized as an array of strings of bits called bytes. On modern computers, each byte generally contains eight bits, which can be conveniently be represented as two hexadecimal digits. Engineers and computer scientists frequently refer to each of these four-bit values as a nibble (sometimes spelled nybble, see computer jargon).
To avoid confusion with decimal, octal or other numbering systems, hexadecimal numbers are sometimes written with a "h" after or "0x" before the number. For example, 63h and 0x63 mean 63 hexadecimal.
Unlike modern computers, many early computers had six-bit bytes. Programmers of those systems typically used an alternate bit grouping scheme called octal. Each octal digit efficiently represents three bits, and a six bit byte can be represented as two octal digits. Three bits, each being on or off, can represent the eight numbers from 0 to 7: 000 = 0; 001 = 1; 010 = 2; 011 = 3; 100 = 4; 101 = 5; 110 = 6 and 111 = 7.
Hexadecimal is similar to the octal numeral system (base 8) because each can be easily compared to the binary numeral system. Hexadecimal uses a four-bit binary coding. This means that each digit in hexadecimal is the same as four digits in binary. Octal uses a three-bit binary system.
In the decimal system, the first digit is the "one's" place, the next digit to the left is the "ten's" place, the next is the "hundred's" place, etc. In hexadecimal, each digit can be 16 values, not 10. This means the digits have the "one's" place, the "sixteen's" place, and the next one is the "256's" place. So 1h = 1 decimal, 10h = 16 decimal, and 100h = 256 in decimal.
Example values of hexadecimal numbers converted into binary, octal and decimal.
Changing a number from binary to hex uses a grouping method. The binary number is separated into groups of four digits starting from the right. These groups are then converted to hexadecimal digits as shown in the chart above for the hexadecimal numbers 0 through F. To change from hexadecimal, the reverse is done. The hex digits are each changed to binary and the grouping is usually removed.
When the quantity of bits in a binary numbers is not a multiple of 4, it is padded with zeros to make it so. Examples:
To convert a number from hexadecimal to decimal, there are two common ways.
The first method is more commonly done when converting it manually:
The next method is more commonly done when converting a number in software. It does not need to know how many digits the number has before it starts, and it never multiplies by more than 16, but it looks longer on paper.
Example: 5Fh and 3425h to decimal, method 1
Example: 5Fh and 3425h to decimal, method 2
List of rivers of Colorado
The following is a list of rivers and streams in the American State of Colorado, by letter:
List of rivers of Albania