I got bored so I decided to make a table of measurements of data starting from bits to yottabytes:
Basic:
bit (b): one digit in binary (2^x)
crumb: 2bits
nybble: 2crumbs
byte (B): 2nybbles
short sentence: 2bytes
long sentence/single line: 2short sentences
double line: 2single lines
paragraph: 2double lines
page: 16paragraphs
sector: 2pages
chapter: 8sectors
plane: 16chapters
2^10-based (1024) bits(b) and bytes(B): 8bits = 1byte
kilo (K): 2^10
mega (M): 2^20
giga (G): 2^30
tera (T): 2^40
peta (P): 2^50
exa (E): 2^60
zetta (Z): 2^70
yotta (Y): 2^80
metric (1000) bits(b) and bytes(B): 8bits = 1byte
kilo (k): 10^3
mega (m): 10^6
giga (g): 10^9
tera (t): 10^12
peta (p): 10^15
exa (e): 10^18
zetta (z): 10^21
yotta (y): 10^24
memory banks:
1bit-memory bank: 2bytes
2bit-memory bank: 4bytes
3bit-memory bank: 8bytes
4bit-memory bank: 16bytes
6bit-memory bank: 64bytes
8bit-memory bank: 256bytes
12bit-memory bank: 4KB
16bit-memory bank: 64KB
24bit-memory bank: 16MB
32bit-memory bank: 4GB
48bit-memory bank: 256TB
64bit-memory bank: 16EB
96bit-memory bank: 64KYB
128bit-memory bank: 256TYB
internet: infinite amounts of data
Binary: 1bit
1=1
10=2
100=4
1000=8
etc.
Quadary: 2bit
1=1
2=2
3=3
10=4
100=16
1000=64
etc.
Octal: 3bit
1=1
2=2
3=3
4=4
5=5
6=6
7=7
10=8
100=64
1000=512
etc.
Hexadecimal: 4bit
1=1
2=2
3=3
4=4
5=5
6=6
7=7
8=8
9=9
A=10
B=11
C=12
D=13
E=14
F=15
10=16
100=256
1000=4096
6bit:
Hexadecimal: 40
Octal: 100
8bit:
Hexadecimal: 100
Octal: 400
12bit:
Hexadecimal: 1000
16bit: Hex^4
24bit: Hex^6
32bit: Hex^8
48bit: Hex^12
64bit: Hex^16
96bit: Hex^24
128bit: Hex^32
I even put the computer numeric systems, although quadary doesn't exist.
B- |10|)
|7|G |5|W
serbat
lulz that is cool