Fractals are very cool!
The larger exponential is represented by "googolplexplex" (etc.) or "googolplexian".There are vastly larger numbers, such as "Skewes' number", "Moser's number" and "Graham's number" which can only be represented by large power towers of exponential exponents.(see related question)
No there actually more combinations that we can make with numbers than letters. That's not actually true, since there are more letters than numerals, but every combination of numerals is a number and there are an infinite number of them, whereas, not all combinations of letters actually make words--there is only a finite number of words.
a/b=c, if and only if c*b=a. This means that if some number, which is represented here by a, is divided by some other number, which is represented here by b, to get a quotient, which is represented here by c, then c multiplied by b should equal a. Using the correct terms for a division, the quotient multiplied by the divisor should equal the dividend.
M D C L X V I = 1,666 or thereabouts.
The date can't be expressed in Roman Numerals since it's incompatible with that number system. You can possibly work out with only numbers, such as 2 or 11.
In Roman numerals, there is no specific symbol for 1 centillion, as Roman numerals have limitations in representing extremely large numbers. The highest number that can be represented in Roman numerals is 3,999 (MMMCMXCIX). Centillion is a modern, non-standard term used to describe a number followed by 303 zeros, which is typically represented in scientific notation.
It was the only number system when it was invented
The largest number you can write using the Roman numerals I, C, X, V, and L only once each is 149. It is represented as CXLIX, where C is 100, XL is 40, and IX is 9.
Roman numerals can only go up to 4,999.
The roman numerals can be only helpful when you learn about quadrants in the 7th grade. That's only one reason that roman numerals are helpful in math.
Roman numerals really only go up to a million.
Roman numerals only apply to numbers. so April can't be in roman numerals, but seven is VII
the roman numerals L,X,M,C,I,D ARE the roman numerals that can be used only 3 times
roman numerals only go up to 1000, which is M
No,decimal numbers and whole numbers are not counted in Roman Numerals,ROman nUmerals are meant only for natural Numbers.
The Romans didn't have a 1/25th fraction, so 8/25ths (0.32) couldn't be notated in Roman numerals. The Roman fractions were strictly duodecimal (base-12), so while you could have fractions like 552/1728 (0.31944) or 553/1728 (0.32002), they are only an approximation of 8/25ths. 1/1728 is 12-4, which is about as small a fraction as you will find in Roman numerals, denoted by ». So the answer is you cannot write 3.32 exactly in Roman numerals. But a fair approximation would be: |L| DCCXXXVII » That is; 5737/1728 using Middle Age notation. |L| is 50x100 which is 5,000