Q. To convert _____________, write the number to be converted, placing each digit under the proper position.

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Q. In which type of conversion, binary numbers can be converted into equivalent octal numbers by making groups of three bits starting from the LSB, moving towards the MSB of the number and then replacing each group of three bits by its octal representation.

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Q. In subtraction of binary numbers, if the subtrahend digit is greater than the minuend, then borrow from a __________ significant bit.

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Q. Which of the following cases leads to the overflow condition in addition using 2’s complement?

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Q. Which of the following case is known as end-around carry addition?

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Q. In, subtraction of positive numbers using radix complement representation (M – N), If number of digits are not same in M and N how can you make them equal?

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Q. Which sign bit is used for representing the positive sign in floating point representation?

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Q. For every x, y in B,
n x + y = y + x
n x. y = y. x

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Q. Every valid Boolean expression (equality) remains valid if the operators and identity elements are interchanged.

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Q. It is a sum term or a logical product (AND) of several sum terms.

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Q. Maxterm is the sum of __________of the corresponding Minterm with its literal complemented.

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Q. Canonical form is a unique way of representing________________.

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Q. Maxterms of a function are the terms for which the result is_________.

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Q. ___________________ can be performed through addition using the 2’s complement method.

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Q. Loading 32-bit FP number into F4 register can be represented in MIPS as

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Q. Adding 0000 0000 0000 0000 0000 0000 0000 0111two and 0000 0000 0000 0000 0000 0000 0000 0110two will have answer of

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Q. The multiplication of these floating points (1.110)10 x (9.200)10 yields

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Q. Negating 2ten and then checking the result by negating

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Q. Floating-point numbers are normally a multiples of the size of a

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Q. For the operation of multiplication hardware needs minimum ALU of

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