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Yes otherwise the Romans wouldn't have been able to carry out any calculations on their abacus counting device and look at a clock face bearing Roman numerals 4 o-clock is given as IIII
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What are the rules of Roman numerals?
One rule of Roman numerals is you cannot have more than 3 of the same letter in a row.
Which symbol can be repeated in roman numerals?
The numerals: V, L and D are only used once in a row The numerals: I, X, C and M are only used fourfold in a row
How do you count in Roman numerals in Excel column?
You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)
What is 43 in Roman Numeral?
XXXXIIIOoops. Not quite XXXXIIIRoman numerals don't have more than three of the same symbols in a row. The number 43 is XLIII. L is 50, X takes away 10. III is 3.Best.Improved Answer:The first contibutors answer of XXXXIII for 43 is perfectly correct and the Romans themselves would have simplified this to XLIII (-10+53 = 43)The second contributors claim that Roman numerals don't have more than 3 of the same symbols in a row is wrong because some clocks and watches have the Roman numerals for 4 as IIII.Furthermore, the Roman numeral for 29 can be expressed as XXVIIII as can be seen today in the ruins of the Coliseum in Rome.
Hindu Arabic numerals to roman numerals?
1-I,2-II,3-III,4-IV,5-V,6-VI,7-VII,8-VIII,9-IX,10-X,.........20-XX,......50-L.......90-CX....100-C......500-D.....1000-M.That's all I know.But remember roman numerals like I, X, C and, M can't repeat more than 3 times.Improved Answer:In Roman numerals V, L, and D are used only once in row while I, X and C can be used four times in a row proof of this can be seen in the Roman numerals for 1999 which in its additional format are MDCCCCLXXXXVIIII.Glance at any watch or clock face that have Roman numerals embellished on them and invariably you'll notice that the fourth hour is given as IIII.Furthermore, in the ruins of the Coliseum in Rome, the number 29 is inscribed in stone as XXVIIII.1999 is MIM nowadays, most of the 1900s were MCM....
What are the rules of Roman numerals?
One rule of Roman numerals is you cannot have more than 3 of the same letter in a row.
Which symbol can be repeated in roman numerals?
The numerals: V, L and D are only used once in a row The numerals: I, X, C and M are only used fourfold in a row
How do you count in Roman numerals in Excel column?
You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)You can use the ROMAN function. It converts number into Roman Numerals for values from 0 to 3999. So you could do something like:=ROMAN(1)To count, you could enclose the COUNT function to count cells in a ROMAN function:=ROMAN(COUNT(A2:A20))If you want to create a column of Roman numerals without have to individually put each number in the function, you could use the ROW function. So if you are in row 1 in any column, you could put in the following formula and copy down:=ROMAN(ROW())If you want to start at 1, but are not in row 1, then deduct the amount needed to get to row 1. So if you were in row 23, then you would deduct 22 and copy down, like this:=ROMAN(ROW()-22)
Why do roman numerals use a symbol no more that 3 times in a row?
That is how they chose to set out their number system.
What is 43 in Roman Numeral?
XXXXIIIOoops. Not quite XXXXIIIRoman numerals don't have more than three of the same symbols in a row. The number 43 is XLIII. L is 50, X takes away 10. III is 3.Best.Improved Answer:The first contibutors answer of XXXXIII for 43 is perfectly correct and the Romans themselves would have simplified this to XLIII (-10+53 = 43)The second contributors claim that Roman numerals don't have more than 3 of the same symbols in a row is wrong because some clocks and watches have the Roman numerals for 4 as IIII.Furthermore, the Roman numeral for 29 can be expressed as XXVIIII as can be seen today in the ruins of the Coliseum in Rome.
Hindu Arabic numerals to roman numerals?
1-I,2-II,3-III,4-IV,5-V,6-VI,7-VII,8-VIII,9-IX,10-X,.........20-XX,......50-L.......90-CX....100-C......500-D.....1000-M.That's all I know.But remember roman numerals like I, X, C and, M can't repeat more than 3 times.Improved Answer:In Roman numerals V, L, and D are used only once in row while I, X and C can be used four times in a row proof of this can be seen in the Roman numerals for 1999 which in its additional format are MDCCCCLXXXXVIIII.Glance at any watch or clock face that have Roman numerals embellished on them and invariably you'll notice that the fourth hour is given as IIII.Furthermore, in the ruins of the Coliseum in Rome, the number 29 is inscribed in stone as XXVIIII.1999 is MIM nowadays, most of the 1900s were MCM....
Can you write the symbol more than three times in roman numerals?
No, the symbol cannot be repeated more than three times in Roman numerals. According to the rules of Roman numerals, any symbol can only be repeated up to three times consecutively. To represent a number larger than that, a different symbol or combination of symbols is used.
Roman numeral for 5000?
There are two presentations for 5,000 in roman numerals. MMMMM (first is five Ms in a row - an M = 1,000) _ V (second is a V with a line over it - the line means multiply by 1,000)
How do you calculate roman numerals?
I=1 V=5 X=10 L=50 C=100 D=500 M=1000 E.G: XII would be two past ten which is 12. The same numeral cannot exceed three times in a row.
What is the largest that can be written with four roman numeral symbols?
Some say, MMMD, because they argue you can not use more than three roman numerals in a row (thus negating the use of MMMM). However, you can increase the value of the number by 1,000 times by adding a bar over the letter, so MMM, with a bar over the first letter would be the largest number using four symbols. Thus MMM with a horizontal bar over the first letter would be 1,000,200.
Is it permissible to use four of the same symbols in a row with Roman numerals and if so give examples plus an explanation?
Until the middle ages the largest roman numeral was M = 1000. So larger numbers would be a row of M's. For example 4,000 = MMMM and 8112=MMMMMMMMCXII.(In the middle ages a horizontal line above the number was used to make it a thousand times larger.)Improved Answer:-Yes it is permissible because:-4 = IIII which can be seen on watches and clocks9 = VIIII which was later abridged to IX19 = XVIIII which is described in Latin as novemdecim29 = XXVIIII which can be found in the ruins of the Colosseum in Rome1904 = MDCCCCIIII can be found on Harvards Medical School's Library1910 = MDCCCCX can be found on Admiralty Arch in LondonThe numerals of I, X, C and M can be used up to four times in a row whereas the numerals of V, L and D are only allowed once because 5*I=V, 2*V=X, 5*X=L, 2*L=C, 5*C=D, 2*D=M and 5*M=(V). Without such an arrangment of these numerals the abacus counting device which the ancient Romans used would have been impossible to operate.To prevent long drawn out numerals the Romans sometimes abridged numerals thus using less numerals but of equal value as for example LXXXXVIIIIS (89.5) can be abridged to SXC (100-10.5) which was noted by author David Eugene Smith in his book 'History of Mathematics' volume 2 first published in 1925 and ISBN 0486 204 308Todays rules governing the Roman numeral system had nothing to do with the Romans themselves because they were introduced during the Middle Ages presumably to make Roman numerals more compatible with Hind-Arabic numerals which was fast becoming the dominant numeracy system in Western Europe at the time.Values: (V)=5000, M=1000, D=500, C=100, L=50, X=10, V=5 and I=1QED by David Gambell
What do the roman numerals IV stand for?
The number "4". Roman numerals of lesser value are placed in front of those of the next greater value to indicate "one less", which limits the use of each "letter" to three in a row. The numbers 1, 2, 3, 4, and 5 are represented by I, II, III, IV, and V...where "IV" indicates "one less than 5".
