Nakhon Sawan is 82.2× the size of Chandigarh
Nakhon Sawan (province of Thailand) covers about 9,760 km² (3,770 mi²) and Chandigarh (union territory of India) about 119 km² (45.8 mi²). Below, both outlines are drawn at one scale and centred on each other.
- 9,760km²Nakhon Sawan
- 119km²Chandigarh
50 km
- Nakhon Sawan
- Chandigarh
What fits
- Chandigarh fits inside Nakhon Sawan about 82.2 times by area.
- Nakhon Sawan is larger by 9,640 km² (3,720 mi²), which is 8,122% of the area of Chandigarh.
- Measured in Belgiums: Nakhon Sawan is about 0.32, Chandigarh about 0.00.
How they differ
- Nakhon Sawan is larger, but Chandigarh has the larger population: 1.1 million against 1.0 million, 1.01× as many people.
- Per square kilometre that is 8,892 in Chandigarh against 107 in Nakhon Sawan: Chandigarh is 83.4× as densely populated.
- Their centres are about 2,900 km apart.
- A standard web map misstates the comparison: Nakhon Sawan at 16°N is drawn about 1.1× too large and Chandigarh at 31°N about 1.4×, so the map shows Nakhon Sawan as 65.5× the size of Chandigarh instead of 82.2×.
- Together Nakhon Sawan and Chandigarh cover 9,880 km², close to the size of Lebanon (10,000 km², 1.3% bigger).
- The gap between them, 9,640 km², is about the size of Lebanon (10,000 km²).
- At Chandigarh's density, Nakhon Sawan would have 86.8 million people (it has 1.0 million). At Nakhon Sawan's density, Chandigarh would have 13,000 (it has 1.1 million).
- Chandigarh's centre is 15.1° of latitude, about 1,670 km, farther north than Nakhon Sawan's.
- Nakhon Sawan is the 19th largest of the 77 provinces of Thailand and covers 1.9% of its area; it is the 48th most densely populated of them.
- Chandigarh is the 35th largest of the 36 states and union territories of India and covers less than 0.1% of its area; it is the 2nd most densely populated of them.
- Chandigarh lies about 15° of latitude (roughly 1,670 km) north of Nakhon Sawan.
- Shared out evenly, each person in Nakhon Sawan would have about 9,380 m² and each person in Chandigarh about 110 m².
- Laid side by side, Nakhon Sawan and Chandigarh would cover 9,880 km², about the same size as Lebanon.
- Together they have 2.1 million people, about as many people as Slovenia.
- Chandigarh is drawn from 13 points: at a size under 2,500 km² the outline is a sketch, so the overlap shows the proportions rather than the exact shape.
Side by side
| Nakhon Sawan | Chandigarh | |
|---|---|---|
| Is a | ProvinceThailand | Union TerritoryIndia |
| Area, measured | 9,760 km²3,770 mi² | 119 km²45.8 mi² |
| Official area | 9,600 km²Wikidata | 114 km²Wikidata |
| Rank by area | 19th of 77in Thailand | 35th of 36in India |
| Population | 1.0 millionWikidata, 2020 | 1.1 millionWikidata, 2011 |
| Rank by population | 21st of 77in Thailand | 31st of 36in India |
| Density | 107 per km² | 8,892 per km² |
| Capital | Nakhon Sawan | – |
| Latitude range | 15°N to 16°N | 31°N to 31°N |
Population: Wikidata 2020 and Wikidata 2011. Official figures: Wikidata (CC0).
- Wikidata's official figure of 9,600 km² agrees with our measured area of 9,760 km², to within 2%.
- Our measured 119 km² is 4.1% above Wikidata's official figure of 114 km². Official figures can include inland water or count land that an outline draws differently.
Similar in size to Nakhon Sawan
Similar in size to Chandigarh
More from the same country
More comparisons
- Washington, D.C. vs Chandigarh
- Djibouti vs Chandigarh
- Jersey vs Chandigarh
- Liechtenstein vs Chandigarh
- Extremadura vs Nakhon Sawan
- Lebanon vs Nakhon Sawan
- Gambia vs Nakhon Sawan
- Djibouti vs Nakhon Sawan
- Montenegro vs Nakhon Sawan
- Nakhon Sawan vs Prince Edward Island
- Tianjin vs Nakhon Sawan
- Nakhon Sawan vs Federal District
Sources and method
- Outlines
- Natural Earth, 1:10m Admin 1 - States, Provinces, public domain
- Boundary
- De facto, as drawn by Natural Earth. A region is drawn whole, every island included; a country is its main territory.
- Area
- Measured on the WGS84 ellipsoid from the full-detail outlines, shown rounded.
- Drawing
- Each outline is projected with an equal-area projection centred on its own centroid, so areas stay true and the two can be laid over each other.
- Data built
- 2026-11-12
