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=== In computers === ...can only deal with 0s and 1s. Hexadecimal (base 16) is used because of how computers group binary digits together. Every four binary digits turn into one hexade ...

...and [[interpolation]] in large printed tables. Since the mid 20th century, computers calculate the required functions instead. These same interpolation formulas ...

== Division by zero in computers == ...

...anything but the simplest signals. The Fast Fourier Transform is a method computers use to quickly calculate a Fourier transform. ...

* [[Memory card]], used to store digital data for computers ...

...a for how expensive different [[computers]] are, and data for how fast the computers are, you could see if they are linked, and how closely they are linked, usi ...nk'' each piece of data. We are going to use the example from the intro of computers and their speed. ...

...he country side because people live closer to each other in the city. In [[computers]], ''storage density'' is how much [[Information|data]] can fit on a [[data ...

...or by solving a problem in very little space by spending a long time. Most computers have a large amount of space, but not infinite space. Also, most people are ...

Two is the framework of the [[binary]] system used in computers. The binary way is the simplest [[numeral system|system of numbers]] in whi ...

[[category:Computers]] ...

...the program on a real computer. This is also advantageous since different computers may have different hardware specifications and may produce the answer in di ...

* [[Programming language]] for the application of formal languages to program computers ...

...which could ultimately enable a quantum machine outperforming conventional computers. A paradigmatic quantum simulator is composed of neutral atoms in optical l ...e=3>'''Title''':Error-resilient Quantum Computation on Near-future Quantum Computers </font> ...

...are the two types of maths problems referred to: P problems are fast for [[computers]] to solve, and so are considered "easy". NP problems are fast (and so "eas ...n?--> This means one would still need <math>2,000,000</math> very powerful computers, ''working since the origin of the universe,'' to test all the ways of divi ...

Before electronic computers, logarithms were used every day by scientists. Logarithms helped scientists Before computers, the ''table of logarithms'' was an important tool.<ref>{{Citation | last1= ...

...minants of larger matrices, and many computer programmers study how to get computers to quickly find large determinants. ...

Using computers to solve systems of linear equations is used every day. For example, it is ...

...] of 10, like 1/1000 or 25/100). For intermediate values stored in digital computers, it often means the [[binary number|binary numeral system]] (''m'' is an in ...sults. Also, it is open to [[unconscious]] [[bias]] if humans (rather than computers or devices of chance) are "[[random]]ly" deciding in which direction to rou ...

'''RSA''' is [[algorithm]] used by modern computers to [[encryption|encrypt]] and decrypt messages. It is an asymmetric cryptog ...

...ology]] works as it does. Thus QM explains how [[computer]]s work, because computers are electronic machines. But the designers of the early [[computer hardware ...

...must have a nonzero temperature. In 1983, numerical calculations on large computers predicted that as the temperature is raised the colour&#8209;repelling phys ...