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To convert from kilopascal (kPa) to torr (torr), use the following formula:
torr (torr)
= 760000101325× kilopascal (kPa)
= 7.500616827041697508× kilopascal (kPa)
Let's convert 5 kilopascal (kPa) to torr (torr).
Using the formula:
5 × 7.500616827041697508 = 37.50308413520848754
Therefore, 5 kilopascal (kPa) is equal to 37.50308413520848754 torr (torr).
How many kilopascals are in one torr? One torr (torr) contains 0.13332236842105263158 kilopascals (kPa) — the inverse of the factor above. Multiplying by 7.500616827041697508 takes you from kilopascals to torr; multiplying by 0.13332236842105263158 brings you back.
Put in words: one kilopascal equals 7.500616827041697508 torr, so the kilopascal is the larger unit of this pair. Converting between them never changes the amount of pressure being measured — only the size of the unit you count it in.
A kilopascal (kPa) is a metric unit of pressure that equals 1,000 pascals.
It is one of the most common units for measuring pressure worldwide, used in both scientific and everyday applications.
The base unit, the pascal (Pa), is named after the French polymath Blaise Pascal.
As part of the metric system (also known as the SI system), the kilopascal is widely used in scientific, engineering, and industrial fields due to its standardization and ease of calculation.
The kPa unit is used to measure pressure in many everyday and technical contexts. Common examples include:
For practical use, it's essential to understand how kPa converts to other common pressure units.
A torr (Torr) is a unit of pressure.
It is primarily used to measure a vacuum, or pressures much lower than the air pressure we experience every day.
While the modern standard (SI) unit for pressure is the pascal (Pa), the torr is still widely used in many scientific and engineering fields.
For conversion, one torr is equal to about 133.32 pascals.
A much simpler way to think about it is in relation to our atmosphere: one standard atmosphere (atm) is defined as exactly 760 Torr.
The unit is named in honor of Evangelista Torricelli, the 17th-century Italian physicist who invented the mercury barometer.
Because of this, one torr was initially defined as being equal to one millimeter of mercury (mmHg).
This means 1 Torr is the pressure exerted by a column of mercury that is one millimeter high.
As mentioned, the torr's most convenient relationship is with the standard atmosphere (atm).
One standard atmosphere—the average air pressure at sea level—is set at exactly 760 Torr.
This straightforward, whole-number conversion makes the torr a popular choice for anyone working with fractions of atmospheric pressure.
The torr is the primary unit of measurement for high-vacuum and ultra-high-vacuum technology.
Because it is such a small unit (it takes 760 of them to equal one atmosphere), it is ideal for quantifying pressures far below normal air pressure.
You will find the torr used in many advanced scientific and industrial fields, including:
Here are some quick reference conversions from kilopascal (kPa) to torr (torr):
| kilopascals | torr |
|---|---|
| 0.000001 kPa | 0.000007500616827041697508 torr |
| 0.001 kPa | 0.007500616827041697508 torr |
| 0.1 kPa | 0.7500616827041697508 torr |
| 1 kPa | 7.500616827041697508 torr |
| 2 kPa | 15.001233654083395016 torr |
| 3 kPa | 22.501850481125092524 torr |
| 4 kPa | 30.002467308166790032 torr |
| 5 kPa | 37.50308413520848754 torr |
| 6 kPa | 45.003700962250185048 torr |
| 7 kPa | 52.504317789291882556 torr |
| 8 kPa | 60.004934616333580064 torr |
| 9 kPa | 67.505551443375277572 torr |
| 10 kPa | 75.00616827041697508 torr |
| 20 kPa | 150.01233654083395016 torr |
| 30 kPa | 225.01850481125092524 torr |
| 40 kPa | 300.02467308166790032 torr |
| 50 kPa | 375.0308413520848754 torr |
| 100 kPa | 750.0616827041697508 torr |
| 1000 kPa | 7500.616827041697508 torr |
| 10000 kPa | 75006.16827041697508 torr |
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