1 bit is equal to how many digits?
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Bit & Byte A binary digit is called a bit. There are two possible states in a bit, usually expressed as 0 and 1. A series of eight bits strung together makes a byte, much as 12 makes a dozen. With 8 bits, or 8 binary digits, there exist 2^8=256 possible combinations.
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And so on…, so now it is clear that in 8 bits or 1 byte, you can store numbers from 0 to 255, hence if you want to store 16, you will need at least 5 bits (because in 4 bits, you can store numbers only up to 15 (0 to 15), (how many numbers can you store in 9 bits is left as an exercise)) and similarly in 10 bits you ...
1397806
1 more than 99 is the same as 1 plus 99. So, once again, the answer is 100.
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A bit is a binary digit, the smallest increment of data on a computer. ... Because bits are so small, you rarely work with information one bit at a time. Bits are usually assembled into a group of eight to form a byte. A byte contains enough information to store a single ASCII character, like "h".
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Details. With 4 bits, it is possible to create 16 different values. All single-digit hexadecimal numbers can be written with four bits. Binary-coded decimal is a digital encoding method for numbers using decimal notation, with each decimal digit represented by four bits.
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[1 Byte = 8 bits. 1,024 Bytes = 1 KiloByte (1 KB); therefore 1 KB is 8,192 bits ( 1*1,024 Bytes*8 = 8,192 ).] "1 million bits per second", or "1 megabit every second".
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A 1-bit image contains just two tones, 0 Black and 255 White, so the intensity of each pixel can be specified by one binary digit, that is one bit. Examples are shown of typical 1-bit images created by program, graphic user interface, scanner, and camera.
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It makes sense to ask how many times it appears between 100 and 200 but not between 100 to 200. I will address the former. The digit 1 appears 99 times as a hundreds digit, 10 times as a tens digit and 10 times as a ones digit. Seems to total 119 times.
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A binary digit is called a bit. There are two possible states in a bit, usually expressed as 0 and 1. A series of eight bits strung together makes a byte, much as 12 makes a dozen. With 8 bits, or 8 binary digits, there exist 2^8=256 possible combinations.
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The answer is there are 301 ones in the integers from 1 to 1000. So there are 272 integer between 1 & 1000 that contain at least one 1 digit.
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These days, a byte is 8 bits because we say it is. Why 8? Because computers are binary machines and powers of two are handy. A byte is enough to store a single ASCII character plus a “parity bit” which was important back in the dark ages of teletypes, paper tape and so forth.
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Between 1 to 100, there is no 1(One). But if you want to know, how many 1 digits are there in between 1 and 100 then your answer is… So total 18 numbers are there containing digit 1. 1 & 100 can't be included as per question.
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A 2-bit system uses combinations of numbers up to two place values (11). There are four options: 00, 01, 10 and 11. A 1-bit image can have 2 colours, a 4-bit image can have 16, an 8-bit image can have 256, and a 16-bit image can have 65,536.
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Each Hexadecimal character represents 4 bits (0 - 15 decimal) which is called a nibble (a small byte - honest!). A byte (or octet) is 8 bits so is always represented by 2 Hex characters in the range 00 to FF.
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1 Answer. The number of bits required to represent an integer n is ⌊log2n⌋+1, so 552002 will require ⌊2002log255⌋+1 bits, which is 11,575 bits.
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A bit (short for "binary digit") is the smallest unit of measurement used to quantify computer data. It contains a single binary value of 0 or 1. While a single bit can define a boolean value of True (1) or False (0), an individual bit has little other use.
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A byte is a group of 8 bits. A bit is the most basic unit and can be either 1 or 0. A byte is not just 8 values between 0 and 1, but 256 (28) different combinations (rather permutations) ranging from 00000000 via e.g. 01010101 to 11111111 . Thus, one byte can represent a decimal number between 0(00) and 255.