Roman Numerals Chart 1-100: Complete Table & Common Mistakes

Forty-nine is XLIX. Write IL and you've made the most common Roman numeral mistake there is — the subtraction rule only works six ways, and I-before-L isn't one of them. Ninety-nine fails the same way: XCIX, never IC.

That's really why a roman numerals chart deserves to exist next to a numeral converter. The table hands you the answer in one glance; the rules behind it stop you from trusting a wrong guess. This page has the full chart for 1 to 100, printed in full instead of locked behind a PDF download, plus the six subtractive pairs and the short list of rows where mistakes concentrate.

The seven symbols, and the ladder of tens

Everything in the chart is built from seven letters:

Symbol	I	V	X	L	C	D	M
Value	1	5	10	50	100	500	1000

Five of those you meet in everyday life. The troublemakers are L (50) and the territory from X up to C, because there's no new letter for 20, 30, 40 or any other multiple of ten. Instead you climb a ladder: X, XX, XXX, XL, L, LX, LXX, LXXX, XC, C. Read that row as ten through ninety and you've already absorbed a tenth of the whole chart — the tens digit of any number from 1 to 100 lives somewhere on that ladder.

Notice the two odd rungs. XL is forty, not "X before L means sixty" — a smaller letter in front takes itself off the bill, it never adds. Same with XC for ninety. Those two rungs are where half of all real-world mistakes happen, and they're worth saying out loud once before you stare at the full table.

The roman numerals chart 1-100

Here it is, complete. The left half first:

Number	Roman	Number	Roman	Number	Roman	Number	Roman	Number	Roman
1	I	2	II	3	III	4	IV	5	V
6	VI	7	VII	8	VIII	9	IX	10	X
11	XI	12	XII	13	XIII	14	XIV	15	XV
16	XVI	17	XVII	18	XVIII	19	XIX	20	XX
21	XXI	22	XXII	23	XXIII	24	XXIV	25	XXV
26	XXVI	27	XXVII	28	XXVIII	29	XXIX	30	XXX
31	XXXI	32	XXXII	33	XXXIII	34	XXXIV	35	XXXV
36	XXXVI	37	XXXVII	38	XXXVIII	39	XXXIX	40	XL
41	XLI	42	XLII	43	XLIII	44	XLIV	45	XLV
46	XLVI	47	XLVII	48	XLVIII	49	XLIX	50	L

And the second half:

Number	Roman	Number	Roman	Number	Roman	Number	Roman	Number	Roman
51	LI	52	LII	53	LIII	54	LIV	55	LV
56	LVI	57	LVII	58	LVIII	59	LIX	60	LX
61	LXI	62	LXII	63	LXIII	64	LXIV	65	LXV
66	LXVI	67	LXVII	68	LXVIII	69	LXIX	70	LXX
71	LXXI	72	LXXII	73	LXXIII	74	LXXIV	75	LXXV
76	LXXVI	77	LXXVII	78	LXXVIII	79	LXXIX	80	LXXX
81	LXXXI	82	LXXXII	83	LXXXIII	84	LXXXIV	85	LXXXV
86	LXXXVI	87	LXXXVII	88	LXXXVIII	89	LXXXIX	90	XC
91	XCI	92	XCII	93	XCIII	94	XCIV	95	XCV
96	XCVI	97	XCVII	98	XCVIII	99	XCIX	100	C

One reading tip: the columns are arranged so that the units digit repeats as you scan down a column. Column two down the first table is II, VII, XII, XVII... — every number ending in 2. Once you notice that, the chart stops being a hundred random strings and becomes ten patterns stacked on top of each other.

For the record, I didn't copy this table from anywhere — I generated every row with a script and diffed it against the standard published table before trusting it. Boring diligence, but transcription typos in number tables are exactly the kind of thing nobody catches by eye.

Two rows deserve a second look before you move on, because they don't follow the pattern your eye expects: XL for 40 and XC for 90. Cover them with the ladder from the last section and they settle into place.

Six subtractive pairs, and where mistakes hide

Subtraction in Roman numerals isn't a general rule — it's a closed list of six approved pairs, per Wikipedia's treatment of the standard form:

Pair	Value	Pair	Value
IV	4	XL	40
IX	9	XC	90
CD	400	CM	900

I can only subtract from V and X. X can only subtract from L and C. C can only subtract from D and M. Nothing else is legal, which is what makes the classic wrong answers wrong — and these six numbers are where I'd tell anyone to slow down:

Number	Correct	The wrong version people actually write	Why it fails
40	XL	XXXX	a letter repeats at most three times
44	XLIV	XXXXIV, XLIIII	both halves broken: 40 is XL, 4 is IV
49	XLIX	IL	I can't subtract from L
90	XC	LXXXX	four X's in a row
94	XCIV	XCVI	right letters, wrong order — XC comes first
99	XCIX	IC	I can't subtract from C

That 94 row is sneaky in its own way: XCVI is a perfectly good numeral, it just means 96. Order matters as much as the letters do.

History adds a wrinkle worth knowing: ancient and medieval writers were looser about all this than the modern chart is. The Colosseum's gate 44 is carved XLIIII, and clock faces still prefer IIII for four o'clock. Old inscriptions aren't wrong; they're just playing by older rules. When you need the modern standard — homework, publishing, a tattoo stencil — the six-pair list above is the one to trust, and Britannica's entry agrees with it.

Using the chart for numbers beyond a glance

You don't memorize a hundred rows. You use the chart the way you'd use denominations of cash: break the number into its "notes", look up each chunk, write them biggest to smallest.

Take 1984. Split it into thousands, hundreds, tens, units: 1000 + 900 + 80 + 4. Each chunk has a home — 1000 is M, 900 is CM (pair five of the subtractive list), 80 is LXXX from the tens ladder, 4 is IV. Write them in order and you get MCMLXXXIV. Four lookups, zero memorization beyond the seven symbols and six pairs.

This is also why the chart works for numbers the table doesn't list. 65 isn't in any 1-100 column chart as a single row you'd memorize — it's LX (60) plus V (5), and both halves are in the table above. If you want the full background on how the system fits together — including why there's no zero anywhere — that's covered in what Roman numerals are; this page stays a lookup tool.

Uppercase, lowercase, and the IIII on your clock

The chart above uses capitals, and capitals are the default for anything formal. But lowercase Roman numerals — i, ii, iii, iv — are a real, living convention, not a stylistic quirk. Book prefaces and page introductions are numbered in lowercase; so are the acts and scenes in plays, the items in old legal citations (UK local acts traditionally used lowercase Roman numerals while public acts used Arabic digits), and plenty of academic outlines. Unicode reserves a whole block for precomposed numerals in both cases, U+2160 to U+2188, including single characters like ⅸ and ⅻ for vertical typesetting — though the Unicode standard itself says composing them from plain Latin letters is usually preferable.

On clocks, lowercase isn't the story — IIII is. Walk past an analog clock with Roman numerals and the four will almost always be IIII rather than IV, a tradition that goes back to the late 1300s. It isn't universal: Big Ben's dial uses IV. If you're charting clock faces rather than doing homework, expect that one exception.

Print it, don't hunt for a PDF

Half the results for "printable roman numeral chart" are download pages that want your email or wedge the table into a PDF you can't edit. You don't need one. This page prints clean — hit Ctrl+P (Cmd+P on a Mac) and the two tables above come out as a tidy single-sheet reference. For a classroom wall or a homework folder, that's the whole job done.

Three uses I'd suggest, from experience with how these numbers actually bite people:

School work — the chart doubles as an answer key for conversion practice; cover the Roman column and quiz yourself backwards.
Reading old dates — copyright pages, cornerstones, documentary credits. MCMXCIV stops being a puzzle when 90 and 4 are two rows apart in the same table.
Checking before ink — if a date is about to become a permanent tattoo, verify every chunk against the chart first, then confirm with the converter. The stencil gets it wrong more often than you'd think; there's a longer checklist in the tattoo guide.

One caution from the research for this page: the most-cited chart on the web has a machine-translated Chinese version whose table is visibly corrupted — row 51 renders as the surname 李. If you're studying in Chinese, trust tables you can read character by character.

Past 100: C, D, M and the ceiling at 3999

The ladder keeps climbing after C, and the same six-pair logic keeps working:

Number	100	200	300	400	500	600	700	800	900	1000
Roman	C	CC	CCC	CD	D	DC	DCC	DCCC	CM	M

2026 is MMXXVI. 3999 is MMMCMXCIX — and that's the ceiling of the modern system, because 4000 would need four M's. Older writers crossed that line with an overline called a vinculum, which multiplied a numeral by a thousand; modern usage mostly just switches to Arabic digits instead.

So that's the chart, the six pairs, and the ladder. Print the table, keep the pairs in your head, and the next XLIX you meet will read itself.

Edward Wang