1.4.1 DATA TYPES

The most significant bit becomes a sign bit
0 = positive
1 = negative

MSB represents negative value

Flip bits and then add 1

Multiple representatives of 0
Hard to do calculations on

Flip the number you will subtract , add one to it and then add it to the first number

times the hex value by 16 exponential from right to left starting with 1.

Divide number by 16 until 0 and read remainders up


https://docs.google.com/presentation/d/1rShJaQFi0kzi_cL-FwIFAzLrwqbLdzUzljnwqJK1eTA/edit#slide=id.p52

fixed and floating point

Mantissa - number itself
Exponent - position of binary point

P - move to right
N - move to left
If value is positive backfill with 0 and the opposite for negative

1)Float the point between the first 10 or 01.
2)Count how many hops that was. Do opposite for exponent
3)Place the num into the mantissa amt of bits

1)Times num by 2
2)Repeat but use the num after point
3)Stop when reach 1
4)Read first num downwards

1)Work out where point supposed to be using exponent
2)Line them up so floating points are at same point
3)Do the usual adding/subtracting.

Divides/times it by 2

AND: lets anything through if 1 and blocks if 0
OR: the opposite to AND
XOR: toggles if 1

collection of alphanumeric characters and etc that a computers recognise and output via a binary number

letters and etc represented by a binary number