Arabic Numbers 1 to 100: Numerals, Words, and Pronunciation

The two things "Arabic numbers" can mean

Before a single number, clear up the confusion baked into the phrase. When someone says Arabic numbers, they might mean one of two completely separate things, and mixing them up is why the topic feels slippery.

The first meaning is the set of digit shapes. Modern Arabic text is usually written with its own numeral glyphs, the ones that look like ١ ٢ ٣ ٤ ٥ rather than 1 2 3 4 5. These are called Eastern Arabic numerals, or Arabic-Indic numerals, and they are what you see on an Egyptian price tag, a Saudi licence plate in some contexts, or a page of a Quran. Learning them is a matter of memorising ten shapes, which you can do in an afternoon.

The second meaning is the spoken language. This is how you actually count and quantify things when you talk: the word for three, the word for forty, the way you glue them together to say forty-three. This side has nothing to do with the digit shapes at all. You could write a number in ordinary Western digits and still have to know the Arabic word to say it out loud. This is the deeper skill, and it is where most of this guide lives, because saying numbers is what you'll do a hundred times a day and reading a glyph is what you'll do far less often.

There is a third twist that catches everyone off guard. The plain digits you already use in English, 0 through 9, are themselves called "Arabic numerals" by mathematicians and historians. So the same phrase can point at the digits Arabic writing does not usually use anymore. We'll sort out that piece of history a little later, because it genuinely explains the naming and it is a good story. For now, hold on to the split: shapes on one side, spoken words on the other.

The Eastern Arabic numeral glyphs

Start with the shapes, because they are quick and they give you an early win. Modern Standard Arabic and most Arabic-language printing across the eastern part of the Arabic world use a set of ten numeral glyphs that differ from the Western digits. Here they are next to the digits you know, with the Arabic word for each shape and a rough pronunciation.

A few of these shapes will surprise you, and it helps to name the surprise so it stops fooling you. The glyph for zero, ٠, is a small dot, not a circle. That empty ring shape, ٥, is actually the numeral five. The glyph that looks like a Western 7, that is ٦, which is six, not seven. And the one that looks like an upside-down heart or a V, ٧, is seven. Those three catch beginners constantly, so drill them a little harder than the rest.

The apostrophe in the transliterations, as in arba'a and sab'a, is not decoration. It stands for a specific Arabic consonant, a catch in the throat that has no clean English equivalent. Do not treat it as silent. Getting your ear and mouth used to that sound early pays off across the whole language, and numbers are a friendly place to first meet it because the words are short.

One important note on where these glyphs are used. The eastern glyphs shown above are standard across much of the Middle East, but the western part of the Arabic world, places like Morocco, Algeria, and Tunisia, commonly uses the same Western digits English does. So the shape you meet depends on where the text was written. The spoken words, happily, are far more consistent across regions in their standard form, which is another reason the words are the better first investment.

Why the digits 0-9 are called "Arabic numerals"

Here is the history that explains the naming knot, kept to what is well established. The place-value system you use every day, where the position of a digit tells you whether it means ones, tens, or hundreds, and where a symbol for zero holds an empty place, was developed in India. Mathematicians writing in Arabic across the medieval Islamic world adopted this system, refined it, and wrote influential texts explaining how to calculate with it.

Those texts, and the merchants and scholars who carried them, brought the system into Europe. Europeans learned the new digits from Arabic sources, so they called them Arabic numerals, marking the route the knowledge had travelled rather than its ultimate origin. Because the system started in India and reached Europe through Arabic, the fuller and fairer name you'll often see is Hindu-Arabic numerals. Both names point at the same ten digits: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9.

So the irony sits right on the surface. The digits English calls "Arabic" are not the glyphs modern Arabic writing typically uses. Arabic writing tends to use the eastern set from the previous section, while the Western world uses the shapes it named after Arabic. Both descend from the same family and the same idea, they simply drifted into different visual forms over the centuries. When you learn the eastern glyphs, you are meeting cousins of your own digits, not a foreign system with different maths underneath.

This matters for a practical reason, not just a trivia reason. Because the underlying system is identical, place value and all, you already understand how Arabic numerals work the moment you learn the shapes. You do not have to relearn arithmetic or rethink how tens and hundreds stack. You are swapping ten symbols, nothing more. That is a much smaller task than the language side, where the words really are new.

Numbers 0 to 10 in Arabic

Now the words, which are the real prize. These are the base numbers in Modern Standard Arabic, the shared formal form understood everywhere. Learn these ten cold and you have the seeds of every number you will ever need, because the larger numbers are grown from them. The forms below are the counting forms, the ones you use when you say a number by itself, like reciting a phone number or counting steps.

A couple of these words carry a little bonus. The word for zero, sifr, is the direct ancestor of two English words at once: cipher and, through a longer path, zero itself. When you say sifr, you are saying a word your own language borrowed. That kind of link makes a word stick, so lean on it.

Notice the sounds that will need attention. The kh in khamsa is not an English k. It is a rasp at the back of the throat, like the ch in the Scottish word loch or the German Bach. The th in thalaatha and thamaaniya is the soft th of the English word think, not the hard th of this. And that throat catch marked by the apostrophe shows up again in arba'a, sab'a, tis'a, and 'ashara. None of these are optional flourishes. They are the difference between a number a listener understands instantly and one that makes them ask you to repeat yourself.

Practise these in a rhythm rather than as a flat list. Count them the way you would count on your fingers, out loud, from waahid to 'ashara, then backwards, then starting from random points. The goal is not to recite the list, it is to jump to any number without walking up from one. If someone asks how many of something there are and the answer is six, you want sitta to arrive without a running start.

Numbers 11 to 20

The teens follow a clear pattern once you spot it, and the pattern is friendly: most of them are a unit word joined to a word for ten. English does something loosely similar with "six-teen," so the logic is not alien. Below are the commonly cited forms. Arabic teens change shape a little depending on the gender of what is being counted, so treat these as the reference masculine-counting forms you say when reeling off numbers on their own, and add the gender variations later.

Read down the middle column and the machinery shows itself. From thirteen upward, you take the unit number, three, four, five, and so on, and pin the word 'ashar for ten onto the end of it. Thirteen is literally "three ten," fifteen is "five ten," nineteen is "nine ten." Once that clicks, you are not memorising seven new words, you are learning one join and reusing the units you already have.

Eleven and twelve break the pattern slightly, the way "eleven" and "twelve" refuse to be "one-teen" and "two-teen" in English. Ahada 'ashar and ithnaa 'ashar have their own front halves that do not simply echo waahid and ithnaan. Give those two a little extra rehearsal and let the rest ride on the pattern.

Twenty, 'ishruun, is where the teens end and a new system begins. It does not follow the "two ten" logic. Instead it belongs to the family of tens, which have their own endings and are the topic of the next section. When you can run eleven to nineteen smoothly and land on 'ishruun, you have the whole span from one to twenty, which already covers a huge share of everyday numbers: ages, small quantities, dates within a month, minutes, and prices in single units.

The tens: 20, 30, up to 90

The tens are one of the tidiest corners of Arabic numbers, so enjoy the break. Almost all of them are built by taking a unit number and adding the same ending, the sound -uun. Learn that one ending and the tens mostly build themselves out of the units you already know.

Look at the relationship. Thirty is thalaath, from the three family, plus -uun. Sixty is sitt, from six, plus -uun. Ninety is tis', from nine, plus -uun. The one to watch is twenty, 'ishruun, which does not come from the word for two. It has its own root, so it needs to be memorised as a standalone rather than derived. Every other ten from thirty to ninety follows the unit-plus-ending pattern faithfully.

That -uun ending has a variant you will hear, -iin, depending on the grammatical role the number plays in a sentence. So 'ishruun can also sound like 'ishriin, thalaathuun like thalaathiin, and so on. Both are correct in their place. As a beginner, pick one, usually the -uun form as your default for saying numbers plainly, and simply recognise the -iin version when it lands in your ear. You do not need to master the grammar that governs the switch before you can use the numbers.

One hundred, mi'a, closes the tens and opens the next tier. It is spelled in a way that surprises learners: the numeral written form places the digits as ١٠٠, but the word itself has a silent-looking letter in its spelling that does not match the pronunciation cleanly. Say it simply as MI-a, roughly like the start of the name Mia, and move on. The spelling curiosity is a reading detail, not a speaking obstacle.

Building compound numbers, 21 to 99

Here is where Arabic does something English does not, and it is worth slowing down for because it flips an order you take for granted. To say a number like twenty-one, Arabic states the unit first and the ten second, joined by the word for "and," wa. So twenty-one is, in order, "one and twenty."

That little wa, meaning "and," is the glue for every compound number in this range. It attaches to the front of the ten as a prefix sound, so you hear it as one flowing piece rather than three separate words. Say the unit, add wa, say the ten. Here is the pattern laid out.

Read that column of structures and the rule is unmistakable: unit, then "and," then ten, every single time. Once you own the units one to nine and the tens twenty to ninety, you can generate all seventy-two of the numbers between them without learning anything new. There is no separate word for forty-seven to memorise. You assemble it on the spot from parts you already have. That is a lot of coverage from a very small set of pieces.

The reversed order feels strange for exactly one reason: your brain wants to say the big part first, the way English does with "forty-seven." Arabic wants the small part first. The fix is not to translate, it is to rehearse the Arabic order until it becomes the natural one. Say your own age this way, say the number of the current day, say prices. After enough repetitions, "seven and forty" stops feeling backwards and starts feeling like how forty-seven simply is.

Interestingly, this unit-first order echoes an old pattern that survives at the edges of English too, in archaic phrasings like "four and twenty blackbirds." So the logic is not truly foreign, it is just consistent in Arabic where English mostly dropped it. Holding on to that old rhyme can be a surprisingly useful anchor when your instinct fights the order.

Hundreds

Once you cross a hundred, the system stays regular and keeps rewarding the base numbers you already learned. One hundred is mi'a. Two hundred has its own special dual form, and from three hundred up you attach the unit to the hundred word.

Two hundred, mi'ataan, uses a special ending Arabic keeps for pairs of things, called the dual. Arabic marks "exactly two" of something with its own form rather than just using the number twice, and two hundred rides on that dual. You will meet the dual all over the language, so seeing it here in a number is a useful early introduction. Say mi'ataan as one word with the stress toward the end.

From three hundred upward, the pattern is unit plus mi'a fused into a single word: thalaathumi'a for three hundred, khamsumi'a for five hundred, tis'umi'a for nine hundred. To build a full number like three hundred and forty-seven, you chain the pieces with wa, working from the largest part down to the units in speech: three hundred, and seven, and forty. So it comes out as thalaathumi'a wa sab'a wa arba'uun. Big block first, then the familiar unit-and-ten tail you already drilled.

That chaining rule is the whole trick to large numbers, and it never changes. You state the hundreds, then link the tens-and-units group with wa, and inside that final group you keep the unit-before-ten order from the last section. Nothing new is introduced as the numbers grow, you are just stacking blocks you already own in a fixed order and gluing the joints with wa.

Thousands, millions, and beyond

The top tier follows the same building logic, so if hundreds made sense, thousands will too. One thousand is alf. Two thousand uses the dual again, alfaan. From three thousand up, the count of thousands uses the same three-to-ten behaviour you will meet in the gender section, but you can start by learning the plain forms.

The word for million, milyuun, is one you will recognise, because it is a shared international word with roots most European languages also carry. The same goes for milyaar, meaning a billion in the sense of a thousand million, which is close to the "milliard" some European languages use. These borrowed words are a small gift: they need almost no new memorisation, just the Arabic pronunciation laid over a familiar shape.

To speak a big real-world number, you read the blocks from largest to smallest and glue them with wa, exactly as you did with hundreds. A year like 2026, for instance, is stated as its component blocks joined together, two thousand and six and twenty in the underlying order, and with a little practice the whole thing rolls out as one phrase. Do not try to memorise long numbers as wholes. Learn the blocks and the joining rule, and every long number becomes a small assembly job you do live.

Notice too that in the numeral column above, large numbers use a thousands separator that looks like a small comma sitting up high, ،. That is the Arabic thousands separator, playing the role the comma plays in English. It is a reading detail worth recognising so a big printed number does not look scrambled, but it changes nothing about how you say the number aloud.

Gender agreement, the honest basics

This is the part of Arabic numbers with a reputation, and the reputation is earned. Arabic nouns are either masculine or feminine, and the numbers interact with that gender in ways that surprise learners coming from English, where a number is just a number no matter what it counts. Here is the honest, beginner-level shape of it, without pretending it is simpler than it is and without drowning you in the full grammar.

The numbers one and two are the easy pair. They behave like adjectives and simply agree with the gender of the thing being counted. A masculine noun takes the masculine form of the number, a feminine noun takes the feminine form. That is the intuitive behaviour you would expect, so these two give you no trouble.

The numbers three through ten are the famous ones, and they do the opposite of what you would guess. They take the gender form opposite to the noun they count. This backwards behaviour is often called polarity or reverse agreement, and it is a genuine, well documented feature of the grammar, not a quirk of one dialect. If the counted noun is masculine, the number three through ten wears its feminine ending, and if the noun is feminine, the number wears the masculine ending. It feels upside down because it is, relative to every instinct English gives you.

This is exactly why the number words you learned above, thalaatha, arba'a, khamsa and the rest, carry that -a ending. Those are effectively the forms used in one direction of the agreement, and there are matching forms without the ending used in the other. You do not need to master which is which today. What matters now is knowing the two forms exist so you are not thrown when you hear the same number said two slightly different ways depending on what it counts.

So what should a beginner actually do with all this? A practical, honest order of operations:

• Get the plain numbers automatic first. Being able to say every number from zero to a hundred instantly, in one default form, is worth far more early on than perfect agreement. Fluency in the base words is the foundation the rules sit on.
• Learn one and two as agreeing, like adjectives. This pair follows your intuition, so absorb it early and let it be easy.
• Meet the three-to-ten polarity through examples, not tables. Rather than memorising an abstract rule, collect a handful of common phrases, three books, five girls, seven days, and learn them as fixed chunks. The pattern seeps in from real examples faster than from a grid.
• Let spoken practice do the heavy lifting. The agreement becomes automatic through hearing and saying correct combinations many times, the same way native speakers acquire it, not through reciting the rule before every sentence.

Two more honest notes. First, spoken dialects across the Arabic world often simplify or smooth over some of these agreement rules compared to formal Modern Standard Arabic, so what you hear in a Cairo market may be gentler than what a grammar book demands. Second, the counted noun itself changes form depending on the number, appearing in different plural or singular arrangements at different ranges. That is real, and it is a topic for after your base numbers are solid, not before. If you want the wider picture of how Arabic sounds fit together while you drill these, our guide on the Arabic alphabet is a good companion, and the general principles in how to improve your pronunciation apply directly to the throat sounds these numbers keep asking for.

Reading numerals in the wild

Charts are one thing; a bus with a route number, a receipt, a clock, and a phone screen are where the numerals actually live. A few practical points make reading Eastern Arabic numerals in real life much less intimidating.

The most important one clears up a common fear. Arabic text runs right to left, so people assume the digits must be read right to left as well. They are not. Multi-digit numbers written in Eastern Arabic numerals keep their place value in the same order as English, read left to right, with the largest place on the left. So the year written as ٢٠٢٦ is two, zero, two, six, in that order, exactly like 2026. The digits sit inside right-to-left text but keep left-to-right internal order. Once you trust that, prices and years and phone numbers stop looking like a puzzle.

Here are the everyday places you'll meet the glyphs and what to expect:

• Prices and money. A price tag reads with the biggest digits on the left, just as you expect, followed by a currency name or symbol. Reading a price aloud is superb practice because it forces you to build a compound number on the spot.
• Clock times. Digital clocks and timetables show the hour and minute in the glyphs. Saying the time out loud drills your numbers one to fifty-nine every single day, which is why it is one of the best free exercises going.
• Dates. Days of the month and years appear in the numerals constantly. A calendar becomes a numbers workbook you already own.
• Phone numbers and addresses. These are read as strings of single digits, which is the gentlest way to practise, since you only need the base glyphs zero to nine with no compounding.

A small caution worth repeating: because the western Arabic world often uses Western digits, the numerals you meet depend on the country and even the individual sign. Do not be surprised to see both systems used side by side, sometimes on the same page or product. Being comfortable with both sets, which is a small ask given you already know one of them, means no sign can stump you. Numbers are also one of the highest-value early wins in any language, which is part of why Arabic, for all its reputation as a challenge, rewards this particular effort so quickly. If you are weighing that challenge, our honest look at the hardest languages to learn puts the difficulty of Arabic in fair perspective.

Practising Arabic numbers out loud

Numbers are the clearest case in any language of the gap between recognising something and being able to produce it. You can learn to read every glyph and recognise every word on a chart in a week, and still freeze when a shopkeeper says a price or asks how many you want. The reason is the same one that undermines flashcards generally: recognising a number you are shown is a fraction of the work of pulling the right number out of your own head, fast, in the middle of a sentence, correctly agreed and correctly ordered.

Numbers make this worse than most vocabulary for one specific reason. They almost never come up in isolation. They arrive under time pressure, tangled with money or time or quantity, and often needing that reversed unit-and-ten order and a dose of gender agreement, all at once, while someone waits for your answer. A number you can only summon slowly is a number you effectively do not have in conversation. So the practice that counts is not more reading, it is production against the clock.

The good news is that numbers are the easiest vocabulary in the world to practise out loud, because opportunities are everywhere and free. A handful of habits that work:

• Narrate numbers you see all day. Every clock, price, page number, and licence plate is a free prompt. Say it in Arabic under your breath. You will hit dozens a day without setting aside any special time.
• Count real things, not abstract lists. Count the stairs as you climb them, the plates as you set the table, the stops on your commute. Attaching numbers to physical actions makes them stick and keeps the practice concrete.
• Say the hard personal ones daily. Your age, your phone number, today's date, the current time. These come up in real conversations early and often, so drilling them out loud pays off immediately.
• Build compound numbers on purpose. Deliberately reach past the safe ones. Say forty-seven, say three hundred and twelve, force yourself through the wa joins until the reversed order stops fighting you.
• Rehearse a scene, then run it. Practise ordering three of something or asking the price, then actually have that exchange out loud from start to finish, so the numbers arrive inside a real conversation.

The one thing all of that still lacks is a partner who answers back. You can narrate prices to yourself forever and never face the real test, which is understanding a number someone says to you and firing back a correct one on the spot, in real time, without a chart to lean on. That two-way pressure is exactly what turns a memorised list into usable speech, and it is the hardest half to arrange, because a patient human who will let you fumble through counting drills is not always sitting next to you.

This is where an AI speaking partner earns its place. SPAIKING lets you have a real spoken conversation whenever you have a spare few minutes, so you can practise giving prices, times, ages, and quantities out loud and hear a reply you have to understand and answer. It corrects your pronunciation as you go, which matters enormously for numbers because that throat catch and the kh sound decide whether a listener hears the number you meant. And because it never gets bored of you repeating tis'a wa arba'uun until it lands, you get the volume of production that makes numbers automatic. You can see how it works on our pricing page, or head back to the blog for more guides on speaking a new language for real.

Put the two halves together and the whole thing clicks. Learn the glyphs and the base words from the charts above, which is the part you can do anywhere, then spend your speaking time producing numbers out loud against a partner that answers. Do that for a couple of weeks and Arabic numbers stop being a chart you consult and become words that arrive on their own, which is the entire point of learning them. Start with a single number, say it out loud right now, and build from there.