The Number

1102

One Thousand One Hundred and Two

In Base 13 Tridecimal Is

66a13

The numbers with a 13 subscript use Base 13 Tridecimal notation.

For more familiar numbers: See One Thousand One Hundred and Two in Base 10 Decimal

Nearby Numbers

Positive, nonzero integers within three units

1099
66713
One Thousand and Ninety-Nine in Base 13 Tridecimal
1100
66813
One Thousand One Hundred in Base 13 Tridecimal
1101
66913
One Thousand One Hundred and One in Base 13 Tridecimal
1103
66b13
One Thousand One Hundred and Three in Base 13 Tridecimal
1104
66c13
One Thousand One Hundred and Four in Base 13 Tridecimal
1105
67013
One Thousand One Hundred and Five in Base 13 Tridecimal

Scientific Notation

Scientific notation expresses a quantity as the product of its significand with 10 raised to an integer exponent.

1.102e3

Reciprocal

A number multiplied with its reciprocal is one.

0.001cbc0768c52429913

The reciprocal of 1102 in Base 13 Tridecimal.

Palindrome?

A numerical palindrome has the same value when all of its digits are reversed.

The number 66a13 is not a palindrome.

Not A Prime Number

A prime number is a positive integer that is divisible only by itself and one.

One thousand one hundred and two is a composite number with 8 total factors (including 1 and itself).   See primes in Base 13 Tridecimal

A Composite

Composites have more than just these two factors.

One thousand one hundred and two is a composite number with 8 total factors (including 1 and itself).

Prime Factors

The prime factors of a positive integer are the integers that divide it exactly and are also prime.

The number one thousand one hundred and two has the following 3 prime factors:

2
213
Two in Base 13 Tridecimal
19
1613
Nineteen in Base 13 Tridecimal
29
2313
Twenty-Nine in Base 13 Tridecimal

Prime Factorization

The prime factorization of a positive integer is the unique list of prime factors together with their multiplicities

2131 · 16131 · 23131 = 66a13

Base Conversions

The number one thousand one hundred and two in 35 different bases