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Bar to millimeters of mercury (mmHg), mmHg to bar

1 bar	750 mmHg
2 bar	1500 mmHg
3 bar	2250 mmHg
4 bar	3000 mmHg
5 bar	3750 mmHg
6 bar	4500 mmHg
7 bar	5250 mmHg
8 bar	6000 mmHg
9 bar	6750 mmHg
10 bar	7500 mmHg
11 bar	8250 mmHg
12 bar	9000 mmHg
13 bar	9750 mmHg
14 bar	10500 mmHg
15 bar	11250 mmHg
16 bar	12000 mmHg
17 bar	12750 mmHg
18 bar	13500 mmHg
19 bar	14250 mmHg
20 bar	15000 mmHg

21 bar	15750 mmHg
22 bar	16500 mmHg
23 bar	17250 mmHg
24 bar	18000 mmHg
25 bar	18750 mmHg
26 bar	19500 mmHg
27 bar	20250 mmHg
28 bar	21000 mmHg
29 bar	21750 mmHg
30 bar	22500 mmHg
31 bar	23250 mmHg
32 bar	24000 mmHg
33 bar	24750 mmHg
34 bar	25500 mmHg
35 bar	26250 mmHg
36 bar	27000 mmHg
37 bar	27750 mmHg
38 bar	28500 mmHg
39 bar	29250 mmHg
40 bar	30000 mmHg

41 bar	30750 mmHg
42 bar	31500 mmHg
43 bar	32250 mmHg
44 bar	33000 mmHg
45 bar	33750 mmHg
46 bar	34500 mmHg
47 bar	35250 mmHg
48 bar	36000 mmHg
49 bar	36750 mmHg
50 bar	37500 mmHg
51 bar	38250 mmHg
52 bar	39000 mmHg
53 bar	39750 mmHg
54 bar	40500 mmHg
55 bar	41250 mmHg
56 bar	42000 mmHg
57 bar	42750 mmHg
58 bar	43500 mmHg
59 bar	44250 mmHg
60 bar	45000 mmHg

61 bar	45750 mmHg
62 bar	46500 mmHg
63 bar	47250 mmHg
64 bar	48000 mmHg
65 bar	48750 mmHg
66 bar	49500 mmHg
67 bar	50250 mmHg
68 bar	51000 mmHg
69 bar	51750 mmHg
70 bar	52500 mmHg
72 bar	54000 mmHg
74 bar	55500 mmHg
76 bar	57000 mmHg
78 bar	58500 mmHg
80 bar	60000 mmHg
82 bar	61500 mmHg
85 bar	63750 mmHg
90 bar	67500 mmHg
95 bar	71250 mmHg
100 bar	75000 mmHg

Millimeters of mercury to bar conversion table

10 mmHg	0.01333 bar
20 mmHg	0.02667 bar
30 mmHg	0.04 bar
40 mmHg	0.05333 bar
50 mmHg	0.06667 bar
60 mmHg	0.08 bar
70 mmHg	0.09333 bar
80 mmHg	0.1067 bar
90 mmHg	0.12 bar
100 mmHg	0.1333 bar
110 mmHg	0.1467 bar
120 mmHg	0.16 bar
130 mmHg	0.1733 bar
140 mmHg	0.1867 bar
150 mmHg	0.2 bar
160 mmHg	0.2133 bar
170 mmHg	0.2267 bar
180 mmHg	0.24 bar
190 mmHg	0.2533 bar
200 mmHg	0.2667 bar

210 mmHg	0.28 bar
220 mmHg	0.2933 bar
230 mmHg	0.3067 bar
240 mmHg	0.32 bar
250 mmHg	0.3333 bar
260 mmHg	0.3467 bar
270 mmHg	0.36 bar
280 mmHg	0.3733 bar
290 mmHg	0.3867 bar
300 mmHg	0.4 bar
310 mmHg	0.4133 bar
320 mmHg	0.4267 bar
330 mmHg	0.44 bar
340 mmHg	0.4533 bar
350 mmHg	0.4667 bar
360 mmHg	0.48 bar
370 mmHg	0.4933 bar
380 mmHg	0.5067 bar
390 mmHg	0.52 bar
400 mmHg	0.5333 bar

410 mmHg	0.5467 bar
420 mmHg	0.56 bar
430 mmHg	0.5733 bar
440 mmHg	0.5867 bar
450 mmHg	0.6 bar
460 mmHg	0.6133 bar
470 mmHg	0.6267 bar
480 mmHg	0.64 bar
490 mmHg	0.6533 bar
500 mmHg	0.6667 bar
510 mmHg	0.68 bar
520 mmHg	0.6933 bar
530 mmHg	0.7067 bar
540 mmHg	0.72 bar
550 mmHg	0.7333 bar
560 mmHg	0.7467 bar
570 mmHg	0.76 bar
580 mmHg	0.7733 bar
590 mmHg	0.7867 bar
600 mmHg	0.8 bar

610 mmHg	0.8133 bar
620 mmHg	0.8267 bar
630 mmHg	0.84 bar
640 mmHg	0.8533 bar
650 mmHg	0.8667 bar
660 mmHg	0.88 bar
670 mmHg	0.8933 bar
680 mmHg	0.9067 bar
690 mmHg	0.92 bar
700 mmHg	0.9333 bar
720 mmHg	0.96 bar
740 mmHg	0.9867 bar
760 mmHg	1.013 bar
780 mmHg	1.04 bar
800 mmHg	1.067 bar
820 mmHg	1.093 bar
850 mmHg	1.133 bar
900 mmHg	1.2 bar
950 mmHg	1.267 bar
1000 mmHg	1.333 bar

Guest: 2024-07-11 01:17:26

You may know that there is some research into the effects of very high pressures on matter, as well as the creation of methods for obtaining and measuring such pressures. The history of the development of high-pressure physics is a fantastic example of unusually rapid progress in science, based mainly on its past successes. The emergence of high-pressure physics as a field of serious scientific activity dates back to the experiments of J. Canton (1718-1772), performed almost 200 years ago and published by the Royal Society of London, in which he established that water, previously considered an incompressible liquid, has measurable compressibility.
During a period of almost 50 years, there was a lack of significant progress in the field of high-pressure physics. However, progress gradually gained momentum, and by the end of the 19th century, substantial research centers had emerged in Great Britain, France, and Germany. At the onset of the 20th century, the wave of research in this domain extended to Russia and the United States. Nowadays, research in high-pressure physics is being driven in academic and industrial laboratories globally, with pressure levels escalating and yielding increasingly important findings. It's worth to mention that pressure is not simply a force, but a force per unit area. Remarkably high pressure can be achieved with a relatively humble force if applied to a sufficiently small area.

Use username: Guest, Anonymous, Programmer

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Bar to millimeters of mercury (mmHg), mmHg to bar

Convert bar to millimeters of mercury

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bar to millimeters of mercury conversion table

Millimeters of mercury to bar conversion table

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