Number base converter - converts numbers from one number base (radix) to another number base. Calculator supports popular number bases such as decimal (10), hexadecimal (16), binary (2), but also more exotic like ternary (3), hexavigesimal (26) or duosexagesimal (62).

Inputs data - value and unit, which we're going to convert#

Value
Numeral system
Decimals

1000 (decimal) is equal to:#

Common bases#

Numeral system	Base	Value	Notes
binary	2	1111101000	Position system with base 2. Often called a binary system. The digits in the binary system are 0 and 1. Binary system is the basis for modern computers.
octal	8	1750	Position system based on 8 digits. Digit one at the higher position corresponds to the number 8 at the lower position. The pool of digits used in system base 8 (octal system) is: 01234567.
decimal	10	1000	Position system with base 10. Often called a decimal system. The digits in the decimal system are 0,1,2,3,4,5,6,7,8 and 9. Decimal system is widely used in everyday life.
hexadecimal	16	3e8	Position system with base 16. Often called a hexdecimal system. The digits in the hexdecimal system are 0,1,2,3,4,5,6,7,8,9 and letters a,b,c,d,e,f. Hexdecimal system is often used in software development to present binary data.

All bases#

Numeral system	Base	Value	Notes
binary	2	1111101000	Position system with base 2. Often called a binary system. The digits in the binary system are 0 and 1. Binary system is the basis for modern computers.
ternary	3	1101001	Position system based on 3 digits. Digit one at the higher position corresponds to the number 3 at the lower position. The pool of digits used in system base 3 (ternary system) is: 012.
quaternary	4	33220	Position system based on 4 digits. Digit one at the higher position corresponds to the number 4 at the lower position. The pool of digits used in system base 4 (quaternary system) is: 0123.
quinary	5	13000	Position system based on 5 digits. Digit one at the higher position corresponds to the number 5 at the lower position. The pool of digits used in system base 5 (quinary system) is: 01234.
senary	6	4344	Position system based on 6 digits. Digit one at the higher position corresponds to the number 6 at the lower position. The pool of digits used in system base 6 (senary system) is: 012345.
septenary	7	2626	Position system based on 7 digits. Digit one at the higher position corresponds to the number 7 at the lower position. The pool of digits used in system base 7 (septenary system) is: 0123456.
octal	8	1750	Position system based on 8 digits. Digit one at the higher position corresponds to the number 8 at the lower position. The pool of digits used in system base 8 (octal system) is: 01234567.
nonary	9	1331	Position system based on 9 digits. Digit one at the higher position corresponds to the number 9 at the lower position. The pool of digits used in system base 9 (nonary system) is: 012345678.
decimal	10	1000	Position system with base 10. Often called a decimal system. The digits in the decimal system are 0,1,2,3,4,5,6,7,8 and 9. Decimal system is widely used in everyday life.
undecimal	11	82a	Position system based on 11 digits. Digit one at the higher position corresponds to the number 11 at the lower position. The pool of digits used in system base 11 (undecimal system) is: 0123456789a.
duodecimal	12	6b4	Position system based on 12 digits. Digit one at the higher position corresponds to the number 12 at the lower position. The pool of digits used in system base 12 (duodecimal system) is: 0123456789ab.
tridecimal	13	5bc	Position system based on 13 digits. Digit one at the higher position corresponds to the number 13 at the lower position. The pool of digits used in system base 13 (tridecimal system) is: 0123456789abc.
tetradecimal	14	516	Position system based on 14 digits. Digit one at the higher position corresponds to the number 14 at the lower position. The pool of digits used in system base 14 (tetradecimal system) is: 0123456789abcd.
pentadecimal	15	46a	Position system based on 15 digits. Digit one at the higher position corresponds to the number 15 at the lower position. The pool of digits used in system base 15 (pentadecimal system) is: 0123456789abcde.
hexadecimal	16	3e8	Position system with base 16. Often called a hexdecimal system. The digits in the hexdecimal system are 0,1,2,3,4,5,6,7,8,9 and letters a,b,c,d,e,f. Hexdecimal system is often used in software development to present binary data.
base-17	17	37e	Position system based on 17 digits. Digit one at the higher position corresponds to the number 17 at the lower position. The pool of digits used in system base 17 (base-17 system) is: 0123456789abcdefg.
octodecimal	18	31a	Position system based on 18 digits. Digit one at the higher position corresponds to the number 18 at the lower position. The pool of digits used in system base 18 (octodecimal system) is: 0123456789abcdefgh.
base-19	19	2ec	Position system based on 19 digits. Digit one at the higher position corresponds to the number 19 at the lower position. The pool of digits used in system base 19 (base-19 system) is: 0123456789abcdefghi.
vigesimal	20	2a0	Position system based on 20 digits. Digit one at the higher position corresponds to the number 20 at the lower position. The pool of digits used in system base 20 (vigesimal system) is: 0123456789abcdefghij.
base-21	21	25d	Position system based on 21 digits. Digit one at the higher position corresponds to the number 21 at the lower position. The pool of digits used in system base 21 (base-21 system) is: 0123456789abcdefghijk.
base-22	22	21a	Position system based on 22 digits. Digit one at the higher position corresponds to the number 22 at the lower position. The pool of digits used in system base 22 (base-22 system) is: 0123456789abcdefghijkl.
trivigesimal	23	1kb	Position system based on 23 digits. Digit one at the higher position corresponds to the number 23 at the lower position. The pool of digits used in system base 23 (trivigesimal system) is: 0123456789abcdefghijklm.
tetravigesimal	24	1hg	Position system based on 24 digits. Digit one at the higher position corresponds to the number 24 at the lower position. The pool of digits used in system base 24 (tetravigesimal system) is: 0123456789abcdefghijklmn.
base-25	25	1f0	Position system based on 25 digits. Digit one at the higher position corresponds to the number 25 at the lower position. The pool of digits used in system base 25 (base-25 system) is: 0123456789abcdefghijklmno.
hexavigesimal	26	1cc	Position system based on 26 digits. Digit one at the higher position corresponds to the number 26 at the lower position. The pool of digits used in system base 26 (hexavigesimal system) is: 0123456789abcdefghijklmnop.
heptavigesimal	27	1a1	Position system based on 27 digits. Digit one at the higher position corresponds to the number 27 at the lower position. The pool of digits used in system base 27 (heptavigesimal system) is: 0123456789abcdefghijklmnopq.
base-28	28	17k	Position system based on 28 digits. Digit one at the higher position corresponds to the number 28 at the lower position. The pool of digits used in system base 28 (base-28 system) is: 0123456789abcdefghijklmnopqr.
base-29	29	15e	Position system based on 29 digits. Digit one at the higher position corresponds to the number 29 at the lower position. The pool of digits used in system base 29 (base-29 system) is: 0123456789abcdefghijklmnopqrs.
trigesimal	30	13a	Position system based on 30 digits. Digit one at the higher position corresponds to the number 30 at the lower position. The pool of digits used in system base 30 (trigesimal system) is: 0123456789abcdefghijklmnopqrst.
base-31	31	118	Position system based on 31 digits. Digit one at the higher position corresponds to the number 31 at the lower position. The pool of digits used in system base 31 (base-31 system) is: 0123456789abcdefghijklmnopqrstu.
duotrigesimal	32	v8	Position system based on 32 digits. Digit one at the higher position corresponds to the number 32 at the lower position. The pool of digits used in system base 32 (duotrigesimal system) is: 0123456789abcdefghijklmnopqrstuv.
tritrigesimal	33	ua	Position system based on 33 digits. Digit one at the higher position corresponds to the number 33 at the lower position. The pool of digits used in system base 33 (tritrigesimal system) is: 0123456789abcdefghijklmnopqrstuvw.
base-34	34	te	Position system based on 34 digits. Digit one at the higher position corresponds to the number 34 at the lower position. The pool of digits used in system base 34 (base-34 system) is: 0123456789abcdefghijklmnopqrstuvwx.
base-35	35	sk	Position system based on 35 digits. Digit one at the higher position corresponds to the number 35 at the lower position. The pool of digits used in system base 35 (base-35 system) is: 0123456789abcdefghijklmnopqrstuvwxy.
hexatrigesimal	36	rs	Position system based on 36 digits. Digit one at the higher position corresponds to the number 36 at the lower position. The pool of digits used in system base 36 (hexatrigesimal system) is: 0123456789abcdefghijklmnopqrstuvwxyz.

Some facts#

To write a number in the position system with the basis b, we must present it as a serie containing powers of this base.
${...d_3 d_2 d_1 d_0}_{(b)} = ...(d_3 \times b^3) + (d_2 \times b^2) + (d_1 \times b^1) + (d_0 \times b^0)$
ⓘ Example: Decimal number 1234 means:
$\underline{\bold{1234}}_{(10)} = (\underline{\bold{1}} \times 10^3) + (\underline{\bold{2}} \times 10^2) + (\underline{\bold{3}} \times 10^1) + (\underline{\bold{4}} \times 10^0)$
The coefficients for the next base powers are called digits.
The digit that has the least effect on the value of the number (located at the lowest power) is called the least significant digit. By analogy, the digit whose change most affects the value of the whole number is called the most significant digit.
It is assumed that we write digits from the most to the least significant order. It means that the most significant digit is on the left hand side and the least significant digit is on the right hand side.
ⓘ Example: Let's get hexadecimal number 12ef₍₁₆₎. The most significant digit is 1, and the least significant one is f.

Tips & tricks#

Sometimes a number that has an infinite expansion in one system (i.e. it can't be written using a finite number of digits) has a finite expansion in another one. For example, the number 1/3 is the 0.33333333333... (never ending 3333...) in decimal system, but just simple 0.1 in ternary (base 3) one. So the expansion of 1/3 is finite in ternary system.

How to convert#

Enter the number to field "value" - enter the NUMBER only, no other words, symbols or unit names. You can use dot (.) or comma (,) to enter fractions.
Examples:
- 1000000
- 123,23
- 999.99999
Find and select your starting unit in field "unit". Some unit calculators have huge number of different units to select from - it's just how complicated our world is...
And... you got the result in the table below. You'll find several results for many different units - we show you all results we know at once. Just find the one you're looking for.

Tags and links to this website#

Tags:

number_base · base_calculator · radix · number_radix · ternary_system · numeral_system · vigesimal

Tags to Polish version:

systemy_liczbowe · podstawa_liczby · system_trojkowy · system_dwudziestkowy

What tags this calculator has#

CONVERTER · MATH · A -> Z (all)

Permalink#

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https://calculla.com/number_base?inUnitId=10&inValue=1000&inPrecision=9

Links to external sites (leaving Calculla?)#