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:I agree with Jeh. In an encyclopedia giving the reader the correct answer is more important than giving the reader an east to understand answer. Anybody who can't grasp the concept of powers of 1024 won't be able to grasp the concept of a binary prefix anyway. --[[User:Guy Macon|Guy Macon]] ([[User talk:Guy Macon|talk]]) 00:57, 12 March 2019 (UTC)
:I agree with Jeh. In an encyclopedia giving the reader the correct answer is more important than giving the reader an east to understand answer. Anybody who can't grasp the concept of powers of 1024 won't be able to grasp the concept of a binary prefix anyway. --[[User:Guy Macon|Guy Macon]] ([[User talk:Guy Macon|talk]]) 00:57, 12 March 2019 (UTC)
:This has nothing to do with precision but with teaching. Precision is not sacrificed at all, especially as it drills further down in the next section and with table. It is pedagogical to drill down, not up. [[User:Kbrose|Kbrose]] ([[User talk:Kbrose|talk]]) 01:03, 12 March 2019 (UTC)
:This has nothing to do with precision but with teaching. Precision is not sacrificed at all, especially as it drills further down in the next section and with table. It is pedagogical to drill down, not up. [[User:Kbrose|Kbrose]] ([[User talk:Kbrose|talk]]) 01:03, 12 March 2019 (UTC)
:: We should not teach what is not true. [[User:Jeh|Jeh]] ([[User talk:Jeh|talk]]) 03:13, 12 March 2019 (UTC)

Revision as of 03:13, 12 March 2019

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Template-table references removed from article, preserved here

Bit rates (data-rate units)
Name Symbol Multiple
bit per second bit/s 1 1
Metric prefixes (SI)
kilobit per second kbit/s 103 10001
megabit per second Mbit/s 106 10002
gigabit per second Gbit/s 109 10003
terabit per second Tbit/s 1012 10004
Binary prefixes (IEC 80000-13)
kibibit per second Kibit/s 210 10241
mebibit per second Mibit/s 220 10242
gibibit per second Gibit/s 230 10243
tebibit per second Tibit/s 240 10244
Decimal
Value Metric
1000 kbit kilobit
10002 Mbit megabit
10003 Gbit gigabit
10004 Tbit terabit
10005 Pbit petabit
10006 Ebit exabit
10007 Zbit zettabit
10008 Ybit yottabit
10009 Rbit ronnabit
100010 Qbit quettabit
Binary
Value IEC Memory
1024 Kibit kibibit Kbit Kb kilobit
10242 Mibit mebibit Mbit Mb megabit
10243 Gibit gibibit Gbit Gb gigabit
10244 Tibit tebibit
10245 Pibit pebibit
10246 Eibit exbibit
10247 Zibit zebibit
10248 Yibit yobibit
Orders of magnitude of data


table that was formerly in lede, preserved here

IEC Binary Prefixes
Prefix Symbol Multiplier
kibi Ki 210 1024
mebi Mi 220 10242
gibi Gi 230 10243
tebi Ti 240 10244
pebi Pi 250 10245
exbi Ei 260 10246
zebi Zi 270 10247
yobi Yi 280 10248

Power of two

As an introduction for the article it is much more useful to first state that the prefixes are powers of two, which is intuitive for people to make the correlation to BINARY, even if they struggle to grasp powers of 1024. The next paragraph of the lead even goes into this detail. The sentence states that binary prefixes represent *a* power of two, not *every* power of two. This is no different than in the decimal system of prefixes. Kbrose (talk) 22:37, 11 March 2019 (UTC)[reply]

I'd agree. I think the wikilink to Powers of two is a better choice than to Exponentation. Tarl N. (discuss) 22:55, 11 March 2019 (UTC)[reply]

I prefer technical precision to "easier to understand". Please note the first columns of each of the two parts of the table that's shown in the lede. The focus is clearly on powers of 1024. Jeh (talk) 00:12, 12 March 2019 (UTC)[reply]

I agree with Jeh. In an encyclopedia giving the reader the correct answer is more important than giving the reader an east to understand answer. Anybody who can't grasp the concept of powers of 1024 won't be able to grasp the concept of a binary prefix anyway. --Guy Macon (talk) 00:57, 12 March 2019 (UTC)[reply]
This has nothing to do with precision but with teaching. Precision is not sacrificed at all, especially as it drills further down in the next section and with table. It is pedagogical to drill down, not up. Kbrose (talk) 01:03, 12 March 2019 (UTC)[reply]
We should not teach what is not true. Jeh (talk) 03:13, 12 March 2019 (UTC)[reply]