no
Roman and Hebrew, probably among others.
The main advantage of the Hindu-Arabic numeral system is that it contains a 0 figure hence making mathematical operations a lot simpler than the Roman numeral system which doesn'tcontain a 0 symbol
The Romans had no numeral for zero. But later, during the middle ages, monks who still wrote in Latin and used Roman numerals introduced the symbol N (representing the Latin word Nullae) for zero.
Fibonacci introduced the modern numeric system to Europe in his book "Liber Abaci," published in 1202. This work presented the Hindu-Arabic numeral system, which includes digits 0-9 and positional notation, contrasting it with the Roman numeral system prevalent at the time. His advocacy for this system significantly influenced mathematical practices in Europe.
Numeric characters are symbols used to represent numbers. The most common examples are the digits 0 through 9, which form the basis of the decimal numeral system. Other examples include special numeric symbols like fractions (e.g., ½), percentages (e.g., 25%), and scientific notation (e.g., 3.5 × 10²). In computing, numeric characters can also include representations in different numeral systems, such as binary (0 and 1) or hexadecimal (0-9, A-F).
A 0 symbol is not needed to carry out calculations in the Roman numeral system. Whereas in the Hindu-Arabic numeral system a 0 symbol is essential to carry out calculations. The Romans would have used an abacus counting device to make any intricate calculations.
The representation of 0 in Roman numerals is not applicable as the Romans did not have a symbol for zero in their numerical system.
No only the 0 does not have to be needed in Roman calculations. It cannot possibly be used. The Romans did not have 0.
It varies depending on the base you are using. The standard is the decimal system (because of the 10 fingers on our hands) 0-9. Some other used systems (especially for computers) are binary 2, octal 8, hexadecimal 16 using the digits: 0-9,A-F.
The Hindu-Arabic system is what we use today which are: 0 1 2 3 4 5 6 7 8 and 9 The Roman system is what we used in the past which were: I V X L C D and M
A number. 0- infinity.
The roman numerals don't have a way to write 0, negative numbers, or fractions.