The Number

13063

Thirteen Thousand and Sixty-Three

In Base 35 Pentatrigesimal Is

an835

The numbers with a 35 subscript use Base 35 Pentatrigesimal notation.

For more familiar numbers: See Thirteen Thousand and Sixty-Three in Base 10 Decimal

Nearby Numbers

Positive, nonzero integers within three units

13060
an535
Thirteen Thousand and Sixty in Base 35 Pentatrigesimal
13061
an635
Thirteen Thousand and Sixty-One in Base 35 Pentatrigesimal
13062
an735
Thirteen Thousand and Sixty-Two in Base 35 Pentatrigesimal
13064
an935
Thirteen Thousand and Sixty-Four in Base 35 Pentatrigesimal
13065
ana35
Thirteen Thousand and Sixty-Five in Base 35 Pentatrigesimal
13066
anb35
Thirteen Thousand and Sixty-Six in Base 35 Pentatrigesimal

Scientific Notation

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

1.3063e4

Reciprocal

A number multiplied with its reciprocal is one.

0.0039un2uvljlm35

The reciprocal of 13063 in Base 35 Pentatrigesimal.

Palindrome?

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

The number an835 is not a palindrome.

A Prime Number

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

Thirteen thousand and sixty-three is the 1556th prime number.   See primes in Base 35 Pentatrigesimal

Not A Composite

Composites have more than just these two factors.

Thirteen Thousand and Sixty-Three is not a composite number because it has exactly two factors: One and Thirteen Thousand and Sixty-Three

Prime Factors

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

The number thirteen thousand and sixty-three has the following 1 prime factor:

13063
an835
Thirteen Thousand and Sixty-Three in Base 35 Pentatrigesimal

Prime Factorization

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

an8351 = an835

Base Conversions

The number thirteen thousand and sixty-three in 35 different bases