What is the signed decimal equivalent of the following signed-magnitude binary value? 11101010.1001 What is the...

What is the signed decimal equivalent of the following signed-magnitude binary value?

11101010.1001

What is the binary equivalent (in two's complement binary representation) of the following signed decimal value? Represent the integer part of the binary value in 8 bits.

-58.1875

Expert Solution

Please find the below answers.

1.

2.

venereology answered 15 hours ago

if hexadecimal number FA16 represent a signed number in signed magnitude, what the decimal representation of...

if hexadecimal number FA16 represent a signed number in signed magnitude, what the decimal representation of that number? include the sign for that number with no spaces between the number and sign. for example -3 or +3

Represent -60 in binary using 8-bit signed magnitude. Add the following unsigned 8 bit binary numbers...

Represent -60 in binary using 8-bit signed magnitude. Add the following unsigned 8 bit binary numbers as shown. 01110101 + 00111011 Add the following unsigned 8 bit binary numbers as shown. 01000100 + 10111011

Write an application that prints a table of the binary and octal equivalent of the decimal...

Write an application that prints a table of the binary and octal equivalent of the decimal numbers in the range 1 through 256. **Write in JAVA**

Part 2: Signed values: Convert each as indicated. 7. Decimal to Hexadecimal (1 byte, signed magnitude)...

Part 2: Signed values: Convert each as indicated. 7. Decimal to Hexadecimal (1 byte, signed magnitude) a. -18 b. -41

Represent (in binary and separately) the decimal signed whole numbers 347 and -347 in each of...

Represent (in binary and separately) the decimal signed whole numbers 347 and -347 in each of the following formats: (a) sign-magnitude. (b) 1's complement (c) 2's complement (d) excess-511 For Parts (a), (b) and (c), use the minimum number of bits necessary; for Part (d), use the same number of bits as in Parts (a), (b) and (c). CAUTION: You will earn NO CREDITS if you simply show the final result and not clearly show working (i.e., intermediate steps). (If...

(a) Convert the decimal numbers, 70 and -26 to binary in the signed 2’s complement system....

(a) Convert the decimal numbers, 70 and -26 to binary in the signed 2’s complement system. Make sure there are enough digits in the results to be able to perform arithmetic operations with these two numbers. (b) Perform in the signed 2’s complement system, (+70) + (-26) (c) Perform in the signed 2’s complement system, (-70) - (-26) (d) Perform in the signed 2’s complement system, (+70) + (+26)

a) Using Binary Signed Magnitude arithmetic, find the ‘sum’ of 5810 + (-2310). Show your work....

a) Using Binary Signed Magnitude arithmetic, find the ‘sum’ of 5810 + (-2310). Show your work. (use 8 bits) b) Using two’s complement binary arithmetic, find the sum of 45 and -16. Show your work. (use 8 bits)

Question 1) Given the byte value: 0xad a) What is the equivalent decimal notation as an...

Question 1) Given the byte value: 0xad a) What is the equivalent decimal notation as an unsigned value? b_ What is the equivalent decimal notation as a signed value? Question 2) Below are integer values and the location where each is stored, which may be an address in memory or a register: Value Location 0xc 0x130 0x82 0x134 0x5 %rdi 0x134 %rsi What are the values of the following operands? You may answer in decimal or hexadecimal, but if you...

1. Give the binary equivalent of the decimal number of 11.77 (assume fixed point, no more...

1. Give the binary equivalent of the decimal number of 11.77 (assume fixed point, no more than 6 bits left and right of the decimal point)

Give the binary equivalent of the decimal number of 11.77 (assume fixed point, no more than...

Give the binary equivalent of the decimal number of 11.77 (assume fixed point, no more than 6 bits left and right of the decimal point)

Question