A. Show the 2’s complement binary (10 bits) representation of (-246)(10) B. Convert the following 2’s complement binary number to decimal representation: 10010010
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A. Show the 2’s complement binary (10 bits) representation of (-246)(10)
B. Convert the following 2’s complement binary number to decimal
representation:
10010010
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- A(n) __________ is an integer stored in double the normal number of bit positions.35) Assuming seven-bit two’s complement binary representation, write the bit patterns for the following decimal numbers in hexadecimal: a) -73b) -1c) 94Represent the following numbers to its 6-bit binary representation and perform binary subtractionusing 2’s compliment representation 50-30?
- 1-) Show the two’s complement representations and their hexadecimal forms for Maximum and Minimum integer values2-) Show the 32 bit floating point representation of decimal number -22.2Convert these decimal values to 16-bit 2's complement representation. Show the binary math. Convert back from 16-bit 2's complement to decimal.A) Show the two’s complement representations and their hexadecimal forms for Maximum and Minimum integer values. B)Show the 32 bit floating point representation of decimal number -22.2ten
- Perform the arithmetic operations (36)10+(-41)10 and (-1F)16(-2D)16 in .A binary using 12-bit signed-2's complement representation for negative numbers. Convert the answers back to decimal and verify that they are correct Convert the decimal number to single precision IEEE 754 floating-point .B .representation. Show all your workQ.1) Add the following 6-bit two’s complement numbers. State the result in hexadecimal and indicate whether overflow occurred. (a) 0x3A + 0x2F (b) 0x15 + 0x2B (c) 0x19 + 0xAFind the two's complement representations, using bit strings of length six, of the following integers. a)22 b)31 c) -7 d) -19
- 1)Using IEEE 754 representation for single precision floating point, give the 32-bit binary encoding for the numbers below.Show the sign, exponent, and mantissa (significand).a. -2.40625b. 11.2265625Convert the following decimal numbers to binary 4-bit two’s complementrepresentations, or explain why the conversion is not possible.a. 3 b. -5 c. -10subtract the following signed binary numbers (using 8 bits for the binary representation) as shown using 2s compliment. -27-10=