Digits or decimal digits more specifically. The decimal system has 10 unique digits 0-9.
It is -987. The smallest positive 3-digit integer with unique digits is 102.
Four.
Started in ancient Rome, this unique numbering system is widely used in many countries in the present time. Then in the the 9th Century America started to use roman numerals.
It will be asumed that you are refering to the binary number system, which is used in computers and digital devices. A binary number is always either 0 or 1. This is also commonly refered to as "low" or "high". This is in contrast to the decimal number system, where the numbers can vary between 0,1,2,3,4,5,6,7,8 or 9.
yes it is different. the Japanese number system is the Chinese number system but the Japanese changed it to make it unique.
Digits or decimal digits more specifically. The decimal system has 10 unique digits 0-9.
dun is a light grey brown for those who do not know
It would be 2 raised to the power 32: 4,294,967,296.
It is simply a serial number. Using the numbering system devised by the BEP with single character alphabetic prefixes and suffixes and 8 digits, 62.5 billion notes can be printed in a denomination and series with unique serial numbers. They have never exceeded this limit.
They invented a number system including the number 0.
I don't think there is a unique, universally-agreed upon, system for numbering the moons. Thus, talking about the "14th. moon" would be ambiguous.
2
Octodecimal refers to a base-18 numbering system, similar to how hexadecimal is base-16. In octodecimal, there are 18 unique digits used to represent numbers: 0-9 and then A-H. This system is not commonly used but can be seen in certain contexts in computer programming.
It is -987. The smallest positive 3-digit integer with unique digits is 102.
Four.
In binary, "db" would be represented as "01100100" when converted from ASCII to binary. Each character is assigned a unique binary code according to the ASCII standard.