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What is .0112 in words?
One hundred twelve ten-thousandths.
Routing numbers ME?
If your interested in knowing what the routing number in ME (Maine) is the routing number will start with the fallowing: 0112 2112 However with the modern day of banking mergers you Maine Bank account could have the routing number of: 0114 2114 0117 2117 0111 2111 0118 2118 These routing numbers are other New England Routing numbers. Any New England Bank or Credit Union will start with a 01 or 21.
What is the percent when the sum of 243 0112 and 5 312 400 and 2200 000?
There is answer for the percent when the sum of 2,430,112 and 5,312,400 and 2,200,000. We would need more information as to what percentage you are looking for in order to answer this question properly.
Can binary numbers be converted to octal?
Yes. There are two methods. Formally, to convert any number from any base to any other base, simply iteratively divide by that other base, using the rules of arithmetic of the first base, recording remainders in reverse order, until the quotient is zero. For instance, to convert 10111112 to 1378 start by dividing by 10002 and repeating... 10111112 divided by 10002 = 101112 remainder 1112 10112 divided by 10002 = 12 remainder 112 12 divided by 10002 = 02 remainder 12 The answer is 1 (12) 3 (112) 7 (1112) The second method depends on the fact that 2 and 8 are relative powers of each other, specifically that 8 is 2 to the third power. As a result, you can take the binary bits and group them into groups of three bits and convert them on sight. 10111112 can be rewritten as 12 0112 1112. This, however, is only a trick for a human being; a computer still needs to do the division, but you could use the trick for a computer with a look up table. We also use the trick when converting for hexadecimal, but we cannot use the trick for decimal, because the divisor is 10102, and not just one 1 followed by some number of zeros.
What is octal system of numeration?
The octal (base-8) system of notation uses eight symbols, 0, 1, 2, 3, 4, 5, 6 and 7, rather than the ten symbols we use in decimal. We denote an octal number by prefixing it with "oct:" or by postfixing 8 to differentiate it from decimal notation (formally prefixed with "dec:" or postfixed with 10). In decimal, each position represents an increasing power of 10, with the units position on the right. In octal, each position is an increasing power of 8. Thus 108 is decimal 1x81 which is 810, while 1008 is decimal 1x82, which is 6410. Octal is typically used as shorthand method of denoting binary numbers (base-2) where each octal digit represents a group of 3 binary digits (bits), because 3 bits have 8 different combinations, including 000. Thus: 0002 = 08 0012 = 18 0102 = 28 0112 = 38 1002 = 48 1012 = 58 1102 = 68 1112 = 78 Thus a longer binary number such 11001110 can be split into 3 groups of three (with an implied leading zero): (0)11 001 110 Translating each of these groups into octal we get 3, 1 and 6, which can be combined to form 3168. In decimal this means (3x82) + (1x81) + (6x80) which is 20610. Thus, 110011102 = 3168 = 20610. Hexadecimal, base-16, allows us to do the same thing, except the bits are grouped in groups of 4 rather than 3. This is easier to work with because a byte is 8 bits, thus a byte can be represented in 2 hexadecimal digits (where each digit represent a nybble, or half a byte). The symbols used in hexadecimal are: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E and F. 110011102 is therefore CE16, which means (12x161) + (14x160), which as we already know is 20610. Therefore, 110011102 = 3168 = 20610 = CE16.
