Q. Binary number system is suitable for expressing

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Q. Adding binary numbers 100111 and 11011 in binary form results in

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Q. Computer circuits arrangement in case of binary system offers

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Q. Arithmetic processes and rules are possible with

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Q. In binary division process, a series of performed operations is said to be of

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Q. Rules for binary division states start of operation from

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Q. Decimal equivalent of octal number 2057 is

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Q. Binary equivalent of a decimal number 2057 is

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Q. Maximum value of a single digit incase of binary number system is

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Q. Binary number 111 is equivalent to decimal value of

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Q. Each position of a digit incase of octal number system represents a specific power of

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Q. Number system used in computers is called

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Q. Binary number system is a

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Q. Number of digits sufficient to represent any octal number in binary is

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Q. Binary equivalent of octal number 5276 is

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Q. Base value for a binary number system is said to be equal to

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Q. Binary equivalent of an octal number 1071 is

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Q. Generated output after conversion of a binary number i.e. 10101 is equals to

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Q. Binary number 101 is equivalent to decimal value of

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Q. For binary subtraction, output generated for operation (1 - 1) equals to

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