• torr   kPa
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Rounding Mode:

The torr is a unit of pressure named after the Italian physicist Evangelista Torricelli, who invented the barometer in the 17th century. It is defined as 1/760th of an atmosphere, approximating the pressure exerted by a one-millimeter column of mercury at 0 degrees Celsius. What makes the torr particularly interesting is its practical use in fields like vacuum technology and weather forecasting, where precise measurements of atmospheric pressure are crucial.

The legacy of Torricelli’s work is integral to meteorology and physics, as it opened paths for understanding atmospheric pressure. Beyond scientific circles, the torr is a reminder of human ingenuity in unraveling atmospheric mysteries and continues to play a vital role in today’s scientific advancements.

Did you know?

The kilopascal (kPa) is a metric unit of pressure that often finds its application in various everyday and scientific contexts, such as meteorology, engineering, and automotive industries. One intriguing aspect of the kilopascal is its relationship to atmospheric pressure. At sea level, the standard atmospheric pressure is 101.3 kPa. This means when the weather forecast mentions a high or low-pressure system, it’s essentially describing variations in kilopascals, subtly influencing everything from weather patterns to flight dynamics.

In the world of construction and engineering, knowing a material’s tolerance in kilopascals is crucial for ensuring structural integrity and safety. For instance, the force exerted by an average car tire on the ground is about 220 kPa, showcasing kilopascals as a pivotal unit in designing components that need to withstand specific pressures. Such applications highlight its crucial role in both routine and critical decision-making processes.

> Torr to Kilopascals Conversion Table

Torr Kilopascals
0 torr 0 kPa
10 torr 1.33322 kPa
20 torr 2.66645 kPa
30 torr 4 kPa
40 torr 5.33289 kPa
50 torr 6.66612 kPa
60 torr 8 kPa
70 torr 9.33257 kPa
80 torr 10.66579 kPa
90 torr 12 kPa
100 torr 13.33224 kPa
110 torr 14.66546 kPa
120 torr 15.99868 kPa
130 torr 17.33191 kPa
140 torr 18.66513 kPa
150 torr 19.99836 kPa
160 torr 21.33158 kPa
170 torr 22.6648 kPa
180 torr 23.99803 kPa
190 torr 25.33125 kPa
200 torr 26.66447 kPa
210 torr 27.9977 kPa
220 torr 29.33092 kPa
230 torr 30.66414 kPa
240 torr 31.99737 kPa
250 torr 33.33059 kPa
260 torr 34.66382 kPa
270 torr 35.99704 kPa
280 torr 37.33026 kPa
290 torr 38.66349 kPa
300 torr 39.99671 kPa
310 torr 41.32993 kPa
320 torr 42.66316 kPa
330 torr 43.99638 kPa
340 torr 45.32961 kPa
350 torr 46.66283 kPa
360 torr 47.99605 kPa
370 torr 49.32928 kPa
380 torr 50.6625 kPa
390 torr 51.99572 kPa
400 torr 53.32895 kPa
410 torr 54.66217 kPa
420 torr 55.99539 kPa
430 torr 57.32862 kPa
440 torr 58.66184 kPa
450 torr 59.99507 kPa
460 torr 61.32829 kPa
470 torr 62.66151 kPa
480 torr 63.99474 kPa
490 torr 65.32796 kPa
500 torr 66.66118 kPa
510 torr 67.99441 kPa
520 torr 69.32763 kPa
530 torr 70.66086 kPa
540 torr 71.99408 kPa
550 torr 73.3273 kPa
560 torr 74.66053 kPa
570 torr 75.99375 kPa
580 torr 77.32697 kPa
590 torr 78.6602 kPa
600 torr 79.99342 kPa
610 torr 81.32664 kPa
620 torr 82.65987 kPa
630 torr 83.99309 kPa
640 torr 85.32632 kPa
650 torr 86.65954 kPa
660 torr 87.99276 kPa
670 torr 89.32599 kPa
680 torr 90.65921 kPa
690 torr 91.99243 kPa
700 torr 93.32566 kPa
710 torr 94.65888 kPa
720 torr 95.99211 kPa
730 torr 97.32533 kPa
740 torr 98.65855 kPa
750 torr 99.99178 kPa
760 torr 101.325 kPa
770 torr 102.65822 kPa
780 torr 103.99145 kPa
790 torr 105.32467 kPa
800 torr 106.65789 kPa
810 torr 107.99112 kPa
820 torr 109.32434 kPa
830 torr 110.65757 kPa
840 torr 111.99079 kPa
850 torr 113.32401 kPa
860 torr 114.65724 kPa
870 torr 115.99046 kPa
880 torr 117.32368 kPa
890 torr 118.65691 kPa
900 torr 119.99013 kPa
910 torr 121.32336 kPa
920 torr 122.65658 kPa
930 torr 123.9898 kPa
940 torr 125.32303 kPa
950 torr 126.65625 kPa
960 torr 127.98947 kPa
970 torr 129.3227 kPa
980 torr 130.65592 kPa
990 torr 131.98914 kPa
1000 torr 133.32237 kPa