Octal
That is often called the coefficient.
This is often called the "origin".This is often called the "origin".This is often called the "origin".This is often called the "origin".
A number that is less than 0 is called a negative number. Negative numbers are located to the left of zero on the number line and are often used to represent values such as debt or temperature below freezing. Examples include -1, -5, and -10.
It is called the minuend The number you subtract from it is called the subtrahend
An approximation of an exact number is called an "estimate." Estimates are often used when it is impractical or unnecessary to have an exact figure, and they provide a simplified value that is close to the true number. This technique is commonly applied in various fields, including mathematics, science, and everyday calculations.
The number part in a term is often called the "coefficient".The number part in a term is often called the "coefficient".The number part in a term is often called the "coefficient".The number part in a term is often called the "coefficient".
In binary you mean it is called a bit while 8 digits is called a byte in an 8bit system. 16, 32 and 64 bits can also make a byte.
32 bit
He does Let's Plays of Old and Recent 8bit and 32bit games.
use two of them for 8 bits.
Such a number is often called a "constant".
a broom
A monomial with a coefficient if often called a term.
Is is an asterisk, often called 'star'.
IPV4 is 32bit (4 times 8bit) rgds
so they fit correctly into an 8bit or 16bit slot
An 8 bit number is a maximum of 255, the highest prime number less than or equal to this is 251 or 11111011Ans 2.The above is correct for the largest prime storable in a single 8bit storage location.However the question asked what can be stored in an 8bit computer. Anyone working with numbers would tend to program an 8bit computer to use more than one location to store each number.In fact, since we are talking of prime numbers there is a simple, fast algorithm to store primes very compactly, and recover them quickly and easily. 32KB of RAM can hold all the primes less than 95,000 with room to spare for the compaction and decompaction algorithms.A 1GB memory will hold all the primes less than 3 x 1010 .