1024
10
The length is accurate to the nearest 10 micrometres.The length is accurate to the nearest 10 micrometres.The length is accurate to the nearest 10 micrometres.The length is accurate to the nearest 10 micrometres.
10 times greater
Meters and square meters are not the same thing, so they cannot be compared. Square meters measure area, while meters measure length. This is a bit like asking, "How many sheep are 10 dogs?"
1024
There are 210.
Basically, this is the same as finding the number of distinct ways of arranging seven 1s and 3 0s. That is (10!/7!3!) = (10*9*8)/(3*2*1) = 120. There are 120 bit strings of length 10 with exactly three 0s.
Since there are 8 bits in between, and they can assume any of the two values (0 or 1), that results in a total of 28 different combinations.
The charango traditionally has 10 strings
210 of them.
Usually less then 10
The modern day bandurria has 12 strings (6 pairs). During the renaissance, they had two.
Strings are much, much, much, much smaller than atoms. Strings are expected to be on the order of the Planck length; about 10-35 m. Atoms, in contrast, are on the order of Angstroms, 10-10 m. If strings were expanded to the size of atoms, atoms on this new scale would be many times larger than the solar system.
It didn't, early computers had a very wide range of word and character sizes many machines were decimal so their word/character sizes were defined in decimal digits not binary bits. Even microprocessors the first commercial microprocessor the Intel 4004 was a 4 bit not 8 bit machine. The 8 bit byte as a standard only originated in 1964 with the IBM System/360.Some examples of different computers of the past:ABC: 50 bit binary words; no characters.ENIAC: 10 digit decimal words; no characters.IAS: 40 bit binary words; no characters.UNIVAC 1: 12 character/digit decimal words; 1 digit characters.IBM 701: 36/18 bit binary words; 6 bit characters.IBM 702: variable length character/digit words; 1 digit (6 bit) characters.UNIVAC 1101: 36 bit binary words; 6 bit characters.IBM 650: 10 digit decimal words; 2 digit characters.IBM 704: 36 bit binary words; 6 bit characters.UNIVAC 1103: 36 bit binary words; 6 bit characters.IBM 705: variable length character/digit words; 1 digit (6 bit) characters.IBM 709: 36 bit binary words; 6 bit characters.IBM 7090: 36 bit binary words; 6 bit characters.IBM 1620: variable length decimal words; 2 digit characters.IBM 1401: variable length character/digit words; 1 digit (6 bit) characters.DEC PDP-1: 18 bit binary words; 6 bit characters.IBM 7030: 64 bit binary words, variable length character/byte strings; variable length (4 to 8 bits) characters/bytes.CDC 6600: 60 bit binary words; 6 bit characters.DEC PDP-8: 12 bit binary words; 6 or 8 bit characters.IBM System/360: 32 bit binary words, variable (up to 32 digits) length decimal words; 8 bit characters/bytes.DEC PDP-10: 36 bit binary words; variable length (1 to 36 bits) characters.UNIVAC 1110: 36 bit binary words; 6 or 9 bit characters/bytes.etc.
We saw one lay about 10 near the shore of a beach in New Zealand. More like scarves than strings too.
210 = 1024, so there are 1024 different bit configurations in a 10-bit code.