ccccccccccccccccccccccIᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐ is a long scale quadrillion (one million million million million, or 1024) using Middle Age notation.
cccccccccccccIᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐᴐ is a short scale quadrillion (one thousand million million, or 1015).
However, the real answer is that a Roman would have simply written "I quadrilliard" just as we'd write "1 quadrillion" today.
111- CXI 111 is CXI in roman numerals because C represents 100 in roman numerals, X represents 10 in roman numerals and I represents one in roman numerals. Because of this, XI is 11 in roman numerals; so this will be the correct answer.
The number one is I in roman numerals.
One hundred and three in roman numerals is: CIII
1000 in roman numerals = M
There isn't one. A "zillion" isn't even a real number.
111- CXI 111 is CXI in roman numerals because C represents 100 in roman numerals, X represents 10 in roman numerals and I represents one in roman numerals. Because of this, XI is 11 in roman numerals; so this will be the correct answer.
The number one is I in roman numerals.
One hundred and three in roman numerals is: CIII
1000 in roman numerals = M
There isn't one. A "zillion" isn't even a real number.
(((M)))(((D))) Numerals in treble brackets indicate multiplication by one hundred thousand and superscript numerals indicate multiplication by that particular numeral. Hence: (((M)))(((D))) = 500*100,000*1000*100,000 = 5,000,000,000,000,000 = 5*1015
"n" is not one of the symbols used in traditional Roman numerals.
= = M An M with 4 bars over it. This is my sad attempt.
Three years in Roman numerals would be written as "III" and one in Roman numerals would be written as "I". So the phrase "three years and one" in Roman numerals would be written as "III I".
In roman numerals, 108 would be CVIII. C for one hundred and VIII for eight.
1.5 = IS in Roman numerals because 1= I and 0.5 = S
One million billion is also known as a Quadrillion. This is a number, followed by 15 zeroes. 1,000,000,000,000,000 is a Quadrillion.