Crore
Crore is a word that carries ten million inside it, and it has done so for thousands of years. In Bangladesh, Bhutan, India, Myanmar, Nepal, and Pakistan, it appears on government budgets, market headlines, and everyday price tags. It is not just a number. It is a way of seeing the world that is fundamentally different from the way numbers are arranged in international contexts.
When you write ten million in the metric style, you get 10,000,000, with commas separating every three digits. In the Indian numbering system, the same quantity becomes 1,00,00,000, with a different rhythm of grouping entirely. That discrepancy is not a typo. It reflects a centuries-old architecture of counting that the word crore sits at the heart of.
Where did this word come from, and why does a system this old still govern how trillions of rupees are spoken about today? Those questions lead back to ancient Sanskrit and forward to the modern economies of South Asia.
The Sanskrit word koṭi, meaning ten million, is where crore begins. That word passed into Prakrit as kroḍi, and from Prakrit it traveled into the languages of the subcontinent in dozens of forms. Kannada uses kōṭi, Tamil uses kōṭi, Telugu uses kōṭi, Malayalam uses kōṭi. Hindustani has kroṛ, Nepali has kroṛ, and Gujarati has koṛo.
Sanskrit itself has a remarkable quality relevant here. It carries separate names for most powers of ten from one hundred all the way up to ten to the power of nineteen. That is not a coincidence. A language that names numbers at that scale needs a distinct word for ten million, and koṭi was that word.
The English spelling crore and its abbreviated form cr come from the journey this word made through contact with colonial-era administration. The phonetic rendering krɔər captures the sound that has survived across that long migration. Assamese writes it as kroṛ. Bhojpuri renders it as kaṛo. Khasi shortens it to kro. Each spelling is a record of one language receiving the same ancient concept.
One hundred lakh equal one crore. That relationship is the organizing principle of the Indian numbering system as it applies to large quantities. Below the crore sits the lakh, and above it sits the arab, which equals one billion.
Above the arab is the kharab, which equals one hundred billion. Those two terms exist in the system, but the source notes they are not widely used in the modern-day Indian subcontinent. The crore and the lakh carry the practical weight in daily life and official communication.
The formatting difference is one of the sharpest illustrations of how this system works. One trillion rupees can be written as one lakh crore. In Indian notation that is 10,00,00,00,00,000. In metric notation the same number is 1,000,000,000,000. The commas fall in different places because the grouping logic is different. After the first three digits from the right, subsequent groups are two digits rather than three.
In India, Bangladesh, and Pakistan, large sums of money are routinely expressed in crore rather than in millions or billions. A sum of 150,000,000 rupees becomes fifteen crore rupees in everyday usage. Written out, that appears as 15 crore or, in the abbreviated form, 15 cr.
This is not informal shorthand. It appears in official documents, corporate filings, and government budgets across the region. The crore is the natural unit for discussing sums that would otherwise require counting many zeroes.
For figures at the scale of a trillion, the compound term lakh crore comes into use. One trillion rupees equals one lakh crore. That phrasing knits together two tiers of the Indian numbering system to handle quantities that a single named unit does not cover, keeping the entire framework internally consistent even at very large scales.
Across at least eighteen languages, the concept of ten million has a distinct name derived from the same Sanskrit root. Sinhala uses kōṭiya. Dhivehi uses kāroo. Meitei uses kōṭi. Kashmiri uses kroṛ. Punjabi writes it in both Shahmukhi and Gurmukhi scripts. The word is pluralised, conjugated, and woven into sentences across scripts that look nothing alike on the page.
The geographic spread is equally wide. Myanmar and Bhutan join India, Bangladesh, Nepal, and Pakistan in official use. That is a reach across multiple countries and hundreds of millions of speakers.
Bengali offers a small window into how living languages carry competing forms. Bengali uses kōṭi as its primary word, but some speakers also use kroṛ. Two forms of the same ancient number coexist in a single language, which is a quiet sign that the word is not frozen but still in motion after all the centuries it has traveled.
Common questions
What does crore mean in numbers?
Crore denotes ten million, or 10,000,000 in metric notation. It is equal to 100 lakh in the Indian numbering system, and in Indian notation the same quantity is formatted as 1,00,00,000.
Which countries use the crore system?
Crore is widely used in Bangladesh, Bhutan, India, Myanmar, Nepal, and Pakistan. It appears in both official and everyday contexts across those countries.
What is the origin of the word crore?
Crore derives from the Prakrit word kroḍi, which in turn comes from the Sanskrit koṭi (कोटि), meaning ten million. Sanskrit has separate terms for most powers of ten from 100 up to ten to the power of nineteen.
How is crore written in money amounts?
Large sums are written directly in crore; for example, 150,000,000 rupees is written as fifteen crore rupees or 15 crore. The abbreviated form 15 cr is also common in India, Bangladesh, and Pakistan.
What number comes after crore in the Indian numbering system?
The next named number after crore is arab, which equals one billion. Above that is kharab, equal to one hundred billion, though both are not widely used on the modern Indian subcontinent.
How is one trillion rupees expressed using crore?
One trillion rupees is equivalent to one lakh crore. In Indian notation that is written as 10,00,00,00,00,000, compared to 1,000,000,000,000 in standard metric notation.
All sources
2 references cited across the entry
- 1webKnowing our NumbersNational Repository of Open Educational Resources
- 2bookUnderstanding Mathematics Through Problem SolvingAlfred S. Posamentier et al. — World Scientific — 2020-03-23