It is an explanation of the Complement Representation of Numbers. Subtract the given binary numerals using 1's complement and 2's complement representations for negative numbers. 101101.0011 - 100101.0001

Computer Organization and Architecture Numerical computing Complement Representation of Numbers (XIV) It is an explanation of the Complement Representation of Numbers. Subtract the given binary numerals using 1's complement and 2's complement representations for negative numbers. 101101.0011 - 100101.0001 ... click for more

It is an explanation of the Complement Representation of Numbers. Subtract the given binary numerals using 1's complement and 2's complement representations for negative numbers. 11011.110 - 101.001

Computer Organization and Architecture Numerical computing Complement Representation of Numbers (XV) It is an explanation of the Complement Representation of Numbers. Subtract the given binary numerals using 1's complement and 2's complement representations for negative numbers. 11011.110 - 101.001

It is an explanation of the Complement Representation of Numbers. Subtract the given binary numerals using 1's complement and 2's complement representations for negative numbers. 101110.1001 - 11000.1101

Computer Organization and Architecture Numerical computing Complement Representation of Numbers (XVI) It is an explanation of the Complement Representation of Numbers. Subtract the given binary numerals using 1's complement and 2's complement representations for negative numbers. 101110.1001 - 11000.1101

Problem with data representation.

I have some problem with converting between different data system. I would like to know how I can convert from signed binary numbers to decimal values, from decimal numbers to signed magnitude, 2's complement, and short floating point format. Also, it would be better to provide examples with positive and negative values as well as decimal value number (ie. 43.625). Edit: Just to make clear abit.. I need convertions in the following: 1.) Signed binary numbers <-> decimal values 2.) decimal numbers <-> signed magnitude, short floating point and 2's complement (Show in 8-bits representation) I would also like to know does reverse conversion work the same way?....

What character array's size would be large enough to hold "Hello world"?

In the following example, why would we declare an array of 4 instead of 3? #include void main (void) { /* arrays */ char id[4] = "POS"; short qty[3] = {33, 37, 30}; } What character array's size would be large enough to hold "Hello world"?