Convert the following decimal numbers to binary 4-bit two’s complement representations, or explain why the conversion is not possible. a. -10 b. -4 c. 14
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Convert the following decimal numbers to binary 4-bit two’s complement representations, or explain why the conversion is not possible.
a. -10
b. -4
c. 14
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- A(n) __________ is an integer stored in double the normal number of bit positions.Convert the following decimal numbers to binary 4-bit two’s complementrepresentations, or explain why the conversion is not possible.a. 3 b. -5 c. -10Calculate arithmetic addition of the following decimal numbers using 8 bit 2's complement representation. -4410 + 2710 Complete the following value from (i) to (vi) with the correct answer. Representation using 1's complement Representation Addition arithmetic Range of 8 bit number (2's complement) Number using 2's complement (2's complement) 4410 (i) (i) (v) (vi) 27 10 (ii) (iv)
- 1. Convert the following decimal numbers into their IEEE-754 single-precision (32-bit) representations. Give your answers in hexadecimal form. All intermediate steps must be clearly shown. A single result will not receive marks a. 655.34375 b. -1.875 c. 0.734375Convert the decimal number (-22) to 8-bit binary representation.Find the following differences for a signed binary representation a 111000 -110011 (signed 6-bit representation) b. 11001100 -101110 (signed 8-bit representation) c. 111100001111 -110011110011 (signed 12-bit representation) d. 11000011 -11101000 (signed 8-bit representation)
- please give me detail of explaination!1.When dealing with two’s complement notation, explain why you must specify the number of bits used in that representation 2.Give an example of a 4-bit binary number and its two’s complement notation to explain your answer in Question 25. Negate the following 16-bit binary two's complement representation values. If a result cannot be repre- sented in 16 bits, then write "overflow". (12 points) 1011 1001 0010 1101 2 a. b. C. 0111 1111 1111 1111 2 1100 0000 0000 0000 2
- Convert the following decimal numbers into the one’s complement and two’s complement binary numbers,assuming 16-bit representation: a. (-124)10 = (-007C)16 = (-0000000001111100)2 =b. (-63)10 = (-003F)16 =(-0000000000111111)2=c. (-39)10 = (-0027)16 = (-0000000000100111)2 =Please answer it fast, it's urgent.Only typing answer Please explain step by step without table and graph thankyou