The ancient Romans had no real reasons for such large numbers but if needed the equivalent of the given number as a Roman numeral would work out as (M) exponent (M) which means 1,000,000 times 1,000,000 = 1,000,000,000,000
The 1 in Roman numerals is represented by the letter "I".
Present usage has trillion indicated by T (Tera) so it looks like a Roman numeral. Though this is only a modernization, as traditional Roman numerals only went up to a million, indicated with M with a bar over the top.
The ancient Romans had no real reasons for such large numbers but if need be it could have been notated using supscripted numerals as follows:- ((D))^(M) which means 10*1,000*500*1,000*1,000 = 5,000,000,000,000
21 in Roman numerals is XXI. 1 in Roman numerals is I. 90 in Roman numerals is XC. So, 21 1 90 would be XXI I XC in Roman numerals.
The roman numerals for 1-10 are as follows:IIIIIIIVVVIVIIVIIIIXX
The 1 in Roman numerals is represented by the letter "I".
Present usage has trillion indicated by T (Tera) so it looks like a Roman numeral. Though this is only a modernization, as traditional Roman numerals only went up to a million, indicated with M with a bar over the top.
The ancient Romans had no real reasons for such large numbers but if need be it could have been notated using supscripted numerals as follows:- ((D))^(M) which means 10*1,000*500*1,000*1,000 = 5,000,000,000,000
21 in Roman numerals is XXI. 1 in Roman numerals is I. 90 in Roman numerals is XC. So, 21 1 90 would be XXI I XC in Roman numerals.
The roman numerals for 1-10 are as follows:IIIIIIIVVVIVIIVIIIIXX
I I XI is 1 1 11 in roman numerals.
I is the number 1 in Roman numerals.
1. Those are already Roman numerals 2 . The number in Arabic numerals is 1871
1 is similar betweeen Roman and Hindu arabic numerals
IM represents 999 in Roman numerals (-1+1000).
There is not enough space to list 3,214 Roman numerals here!
1 billion in roman numerals is 'm' with two horizontal lines above it: = m