An integer is any whole number. For example, 4, 16, -8 are all integers. There is no decimal part. Obviously, there is no "maximum number" as these numbers continue up to infinity.
The integer represented by 25 positive tiles and 24 negative tiles can be calculated by subtracting the number of negative tiles from the number of positive tiles. Therefore, the integer is 25 - 24, which equals 1. Thus, the integer represented is 1.
To find the integer represented by 13 positive tiles and 26 negative tiles, you can subtract the number of negative tiles from the number of positive tiles. This calculation is (13 - 26), which equals (-13). Therefore, the integer represented is (-13).
65,535
an integer can be represented as any letter of the alphabet
The integer number for 345,000 is simply 345000 itself, as it is already expressed as an integer. In numerical form, it can also be represented as 3.45 × 10^5 in scientific notation, but as an integer, it remains 345000.
The maximum value that can be represented by an 8-bit integer is 255 within the 8-bit integer limit.
Yes it can be. (the number 3 is an integer).
The maximum number that can be represented in an 8-bit system is 255.
65,535
an integer can be represented as any letter of the alphabet
-1. An integer is any number that can be represented without decimals or fractions - including negatives.
No integer is an irrational number. An irrational number is a number that cannot be represented as an integer or a fraction.All integers which are whole numbers are rational numbers.
Barium, a chemical element with the symbol Ba, has an atomic number of 56. This means that, when expressed as an integer, Barium is represented by the number 56.
Explain how an integer can be represented using BCD?
A natural number is an integer equal to 1 or greater. A rational number can be an integer or a fraction represented as x/y whereby x and y are both integers.
The set of real numbers is represented by a fancy script "R". However, real numbers are just represented by a number (be it integer, rational, irrational, or otherwise). The key here is that it is not a complex number (number containing the imaginary number "i").
Any fraction that does not equal to a whole number is real and rational, but not an integer. 1/5 is rational because it is represented by the division of two integers, but it is not itself an integer, which are natural numbers such as 1, 2, and 3.