Question

In: Electrical Engineering

PROBLEM 2 (a) Do operation 75.38 - 18.62 in binary using two's complement. Use for the...

PROBLEM 2
(a) Do operation 75.38 - 18.62 in binary using two's complement. Use for the 6 bit fractional part
(b) Convert the resulting expression to decimal, and say how much is the absolute error obtained in the operation

Solutions

Expert Solution


Related Solutions

(a) Do operation 75.38 - 18.62 in binary using two's complement. Use for the fractional part...
(a) Do operation 75.38 - 18.62 in binary using two's complement. Use for the fractional part 6 bits (b) Convert the resulting expression to decimal, and say how much is the absolute error obtained in the operation.
Part 1: Solve the operation 75.38-18.62 in binary using two's complement. Use 6 bits for the...
Part 1: Solve the operation 75.38-18.62 in binary using two's complement. Use 6 bits for the fractionary part. Part 2:Convert the result to a decimal, and explain how much is the absolute error obtained in the operation. (Provide Step by Step process of problem solving in each part.)
Represent the following numbers in binary 8-bit representation using singed magnitude, one's complement, two's complement, and...
Represent the following numbers in binary 8-bit representation using singed magnitude, one's complement, two's complement, and excess-127 representations: a) 48 b) -35
1. Add the following binary numbers in 4-bit, two's complement notation. Identify any overflow errors. 01102...
1. Add the following binary numbers in 4-bit, two's complement notation. Identify any overflow errors. 01102 + 01002 2.Add the following binary numbers in 4-bit, two's complement notation. Identify any overflow errors. 10102 + 11112 3.Add the following binary numbers in 4-bit, two's complement notation. Identify any overflow errors. 10112 + 01112
Find the solution of the following operation for binary numbers 11011.111- * 100101.01 using2'complement
Find the solution of the following operation for binary numbers 11011.111- * 100101.01 using2'complement
1) Convert negative fractional decimal number to 8-bit binary number: – 16.625 (use 2's complement binary...
1) Convert negative fractional decimal number to 8-bit binary number: – 16.625 (use 2's complement binary format) Hint: –17 + 0.375 Given the hint above, the fractional number will be divided into two parts, - Whole number, - Fractional part, must be positive (2) Proof to check that your calculation above is correct
1-How is -89 represented using 8-bit two's compliment? (The answer should be 8 binary digits). 2-What...
1-How is -89 represented using 8-bit two's compliment? (The answer should be 8 binary digits). 2-What is 10101100 - 00100100 using 2's compliment arithmetic? (The answer should be 8 binary digits) 3-Assume we are using the simple model for floating-point representation as given in the text (the representation uses a 14-bit format, 5 bits for the exponent with a bias of 15, a normalized mantissa of 8 bits, and a single sign bit for the number):Show how the computer would...
Show the decimal integer -143 in 10-bit sign magnitude, one's complement, two's complement and excess-511 respectively...
Show the decimal integer -143 in 10-bit sign magnitude, one's complement, two's complement and excess-511 respectively in the given order
Show the decimal integer 79 in 8-bit sign magnitude, one's complement, two's complement and excess-127 respectively...
Show the decimal integer 79 in 8-bit sign magnitude, one's complement, two's complement and excess-127 respectively in the given order, separated by comma.
Show the decimal integer 44 in 7-bit sign magnitude, one's complement, two's complement and excess-63 respectively...
Show the decimal integer 44 in 7-bit sign magnitude, one's complement, two's complement and excess-63 respectively in the given order, separated by comma.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT