Convert the following signed decimal values into their binary equivalent in an 8-bit sign-magnitude representation. Do not use spaces, punctuation or symbols in your answer. The first conversion has been done for you. Decimal 8-bit Sign-Magnitude -4 10000100 -20 -127 100 -57

Convert the following decimal values into their binary equivalent in a 16-bit sign-magnitude representation. Do not use spaces, punctuation or symbols in your answer. The first conversion has been done for you. Decimal 16-bit Sign-Magnitude -6 1000000000000110 1536 Answer 1 Question 13 -4096 Answer 2 Question 13 -696 Answer 3 Question 13 -10000 Answer 4 Question 13

Convert the following decimal values into their binary equivalent in a 16-bit 2's complement representation. Do not use spaces, punctuation or symbols in your answer. The first conversion has been done for you. Decimal 16-bit 2's Complement -56 -80 -256 30001 -30001

A character representing a digit, n, is stored as an 8-bit ASCII code. It needs to be converted into an 8 bit sign-magnitude representation for the negative numerical value, -n. What is the algorithm for doing this?

The following 16-bit hexadecimal numbers represent signed integers. Convert each to decimal. a. 6BF9 b. C123

Convert the following decimal values to 8-bit 2's complement representation(1*2 Marks)i. -92ii. -36