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The number one million consists of six zeros. This figure doesn't contain decimal points. One 1000000 is also referred to as one one thousand grand, and a comma is used to separate the digits. It's written as 1,000,000. According to the Academy of California, Los Angeles, anthropological studies of archaic tribes accept yet to prove or reveal a guild that lacked the understanding of numbers.

Humankind's need for a better understanding of the numerical properties of objects might have arisen from their daily occupations. This lead to using their fingers to represent numbers. To this day, this matching principle for indicating a finger for each item is referred to every bit one-to-ane correspondence. In this guide, you'll larn different number systems and how you lot can represent a given set logically using digits or other symbols.

Factorization

Factors of a number are numbers that can evenly divide into another number. Thus, factorization involves writing numbers as the product of their factors. This can be achieved using the prime factorization method (prime numbers are only divisible by i and itself). The method involves dividing the number by its prime divisors until the number 1 remains. For example, if you apply this method, the factors of one one thousand thousand are:

1,000,000 = 2×2×2×two×two×ii×v×5×v×five×5×five

= 26 × 56

R oman Numerals

Roman numerals date back to as far as 800 B.C. Rather than using the ane-to-ane correspondence, Roman numerals were invented for counting larger quantities. This numeral representation method features the arrangement of seven messages into a multitude of combinations to form small and big numbers. The letters tin can exist written in upper-instance or lower-case. For case, the letter of the alphabet Chiliad is the Roman numeral for i thousand. The alphabetic character for million would exist M with a bar over it (the bar represents times 1000).

D ecimal Number System (Base-10 Number System)

This arrangement features a base-10 representation since the numbers are represented using 10 digits from zero to nine. The positions in the decimal number system are represented in units, tens, hundreds, thousands, then on, starting from the left side of the decimal point. These are the identify-value positions of the numbers. For instance, the number ane,000,000 consists of half-dozen zeros in the unit of measurement, tens, hundreds, thousands, ten thousands, and a hundred thousands position. The digit i is in the millions position. The number 1 million tin thus be written equally:

(1×1,000,000) + (0×100,000) + (0×x,000) + (0×1,000) + (0×100) + (0×10) + (0×1)1000

(1×106) + (0×105) + (0×104) + (0×103) + (0×102) +(0×101) +(0×100)

= 1,000,00010 or 1,000,000

B inary Number Arrangement (Base-2 Number Organization)b

The binary number system involves writing a number in the form of ii digits: i and aught. It'southward possible to convert any number into binary and vice versa. For example, the binary representation of one one thousand thousand is 111101000010010000002. The use of base of operations-2 signifies a radix of two.

O ctal Number System (Base of operations-8 Number System)

In the base-eight number system, digits from zero to seven are used to correspond numbers. This system is often used in computer applications, and uses the aforementioned conversion principle every bit the decimal arrangement, merely uses base of operations-viii. For instance, 1 meg is 36411008 in octal representation.

Hexadecimal Number System (Base of operations-16 Number System)

The hexadecimal number system uses base-sixteen to stand for numbers. This ways the numbers are beginning in base of operations-ten representation then represented in letters from A to F. Thus, F424016 is the hexadecimal representation of one million.