| Alle Angaben ohne Gewähr! E.&O.E |
| Maßeinheiten - Measurering Units N = Newton - Power Isaac Newton, English physicist (mathematician and astronomer) *1643 †1727 1 N = 1 kp + m/s² 1 N = 0,102 kp 1 kp = 9,81 J = Joule -Energy James Prescott Joule, English physicist *1818 †1889 1 J = 1 N * m = 1 W * s W = Watt - Capacity James Watt, English Inventor *1736 †1819 1 W = 1 J/s = 1 N * m/s Pa = Pascal - Pressure Blaise Pascal, French mathematician *1623 †1662 1 Pa = 1 N/m² Torr = Torricelli - Air pressure Evangelista Torricelli, Italian phsycist *1608 †1647 1 Torr = 1/760 atm 1 atm = 760 Torr |
| 1 m | = | 100 cm | |
| 1 dm | = | 10 cm | |
| 1 cm | = | 10 mm | |
| 1 mm | = | 1.000 µm (Mikron / Micron) | |
| 1 µm | = | 0,001 mm | |
| 1 km | = | 1.000 m | |
| 1 m | = = = |
39,37008 in 3,28084 ft 1,09361 yd |
|
| 1 km | = = = |
1.093,6133 yd 0,62137 stat.miles 0,53959 naut.miles |
|
| 1 cm | = | 0,39370 in | |
| 1 mm | = | 0,03937 in | |
| 1 m² | = | 104 cm² | |
| 1 cm² | = | 100 mm² | |
| 1 km² | = | 106 m² | |
| 1 ha | = | 104 m² | |
| 1 a | = | 100 m² | |
| 1 m² | = = = |
1.550,00031 sq.in 10,76391 sq.ft 1,19599 sq.yd |
|
| 1 cm² | = | 0,15500 sq.in | |
| 1 mm² | = | 0,00155 sq.in | |
| 1 km² | = | 0,38610 sq.miles | |
| 1 ha | = | 2,47105 acres | |
| 1 m³ | = | 1.000 dm³ | |
| 1 dm³ | = | 1.000 cm³ | |
| 1 cm³ | = | 1.000 mm³ | |
| 1 m³ | = | 1.000 l (litres) | |
| 1 dm³ | = | 1 l (litres) | |
| 1 m³ | = = |
35,314758 cu.ft 1,30795 cu.yd |
|
| 1 dm³ | = = = = = = |
61,02386 cu.in 1,75980 pint 0,21998 UK gal 0,26417 US liq.gal 0,22702 US dry gal 1,057 US liq.qt |
|
| 1 kg | = | 1.000 g | |
| 1 t | = = = = = = |
1.000 kg 0,98420 lg. ton 1,10231 sh.ton 2.204,6223 lb 19,68413 Brit.cwt 22,04633 US cwt |
|
| 1 kg | = = = |
35,27392 oz 2,20462 lb 0,15747 stone |
|
| 1 g | = = |
15,43236 graine 0,03527 oz |
|
| 1 N | = | 1 kgm/s² | |
| 1 kg (kgf) | = | 9,80665 N | |
| 1 dyn | = | 105 N | |
| 1 kg | = = |
70,93155 pdl 2,20462 lbf |
|
| 1 N | = = |
7,23305 pdl 0,22481 lbf |
|
| 1 Mdyn | = = |
72,3305 pdl 2,24809 lbf |
|
| 1 kg/m³ | = | 0,06243 lb/cu.ft | |
| 1 g/cm² | = = = = |
62,428 lb/cb.ft 0,03613 lb/cu.in 0,75248 UK ton/cu.yd 10,0224 lb/UK gal |
|
| 1 m/s | = |
3,6 km/h | |
| 1 km/h | = = = |
0,62137 mile/h 0,91134 ft/s 0,53996 int.kn |
|
| 1 m/s | = = = |
2,23694 mile/h 3,28084 ft/s 1,94384 int.kn |
|
| 1 at | = = = = = = = = |
1 kp/cm² 10.000 kp/cm² 0,96784 atm 735,557 mm Hg / Torr 0,981 bar 98.100 Pa 14,22333 psi / lbf/sp.in 28,9589 in.Hg |
|
| 1 kp/cm² | = = = = = = |
10-4 at |
|
| 1 atm | = = = = = |
760 mm Hg / Torr 1,03323 at / kp/cm² 10.332 kp/m² 1,01325 bar 101.325 Pa |
|
| 1 Torr | = = = = = = = = |
1 mm Hg 0,00136 at / kp/cm² 13,6 kp/m² 0,0013158 atm 0,001333 bar 133,322 Pa 2,78450 lbf/sq.ft 0,03937 in.Hg |
|
| 1 bar | = = = = = = |
1,0197 at / kp/cm² 10.200 kp/m² 0,98692 atm 750,06 mm Hg / Torr 100.000 Pa 14,50382 lbf/sq.in / psi |
|
| 1 Pa | = = = = = |
0,102*10-4 at / kp cm² 0,102 kp/m² 0,987*10-5 atm 0,0075 mm Hg / Torr 10-5 bar |
|
1 dyn/cm² = 0,1 Pa = 0,1 N/m² = 1 µbar 1 bar = 0,1MPa = 0,1 MN/m² = 105 N/m² = 1 daN/cm² |
|||
| 1 J | = = = |
1 Nm 1 Ws 0,0002388 kcal |
|
| 1 kcal | = = = = |
4,18684 kJ 4.186,8 Ws 0,001163 kWh 427 kgm |
|
| 1 kWh | = | 860 kcal | |
| 1 kW | = = |
1,36 PS 1,3399 hp |
|
| 1 PS | = = = = |
0,735 kW 75 kgm/s 736 W 0,98604 hp |
|
| 1 hp | = = = = |
1,014 PS 745,700 W 0,7463 kW 76,04 mkg/s |
|
| 1 J | = | 0,7356 ft.lbf | |
| 1 kJ | = | 0,94782 BTU | |
| 1 kcal | = = = |
3.088,49315 ft.lbf 3,96832 BTU 4.186,8 J |
|
| 1 kWh | = | 3.412,14 BTU | |
| 1 Gcal/h | = = = = |
1.163.000 W 1.163 kW 1,163 MW 4.186,8 MJ |
|
| 1 MW | = | 0,85984 Gcal/h | |
| 1 inch (in) | = | 2,5399978 cm | |
| 1 ft | = | 0,30479974 m | |
| 1 yd | = | 0,91439921 m | |
| 1 fathom | = | 1,8288 m | |
| 1 stat.mile | = | 1,6093426 km | |
| 1 naut.mile | = | 1,8532 km | |
| 1 int.mile | = | 1,8520 km | |
| 1 sq.inch | = | 6,451589 cm² | |
| 1 sq.ft | = = |
9,2903 dm² 0,09290 m² |
|
| 1 sq.yd | = | 0,8361 m² | |
| 1 sq.mile | = = |
640 acres 2,5900 km² |
|
| 1 acre | = = |
40,4686 a 0,404686 ha |
|
| 1 cu.inch | = | 16,3871 cm³ | |
| 1 cu.ft | = = |
28,3167 dm³ 0,28316 m³ |
|
| 1 cu.yd | = | 0,764553 m³ | |
| 1 oc.ton | = | 1,1327 m³ | |
| 1 reg.ton | = | 2,8317 m³ | |
| 1 Brit.bu | = | 36,3687 dm³ | |
| 1 US bu | = | 35,2393 dm³ | |
| 1 Brit.qr | = | 0,2909 m³ | |
| 1 Brit.gal | = | 4,54596 l (litre) | |
| 1 US liq.gal | = | 3,7854 l (litre) | |
| 1 Brit.qt | = | 1,1365 l (litre) | |
| 1 US liq.qt | = | 0,9464 l (litre) | |
| 1 US qr | = | 0,2819 m³ | |
| 1 Barrel (Oil) | = = |
42 US gal 158,78 l (litre) |
|
| 1oz (once) | = | 28,3495 g | |
| 1 lb | = = |
0,453593 kg 453,593 g |
|
| 1 Brit.cwt | = | 50,8023 kg | |
| 1 US cwt | = | 45,3592 kg | |
| 1 sh. ton | = | 0,9072 t | |
| 1 lg.ton | = | 1,0160 t | |
| 1 grain | = | 0,0648 g | |
| 1 qt | = = |
28 lb 12,70052 kg |
|
| 1 ft | = | 12 in | |
| 1 yd | = = |
3 ft 36 in |
|
| 1 fathom | = = |
2 yd 6 ft |
|
| 1 stat.mile | = = |
1.760 yd 5.280 ft |
|
| 1 naut.mile | = = |
2.027 yd 6.080 ft |
|
| 1 lbf | = | 4,444822 N | |
| 1 kipf | = | 4.448,32 N | |
| 1 kip | = | 1.000 lbs | |
| 1 kipf/in | = | 11,521 kgf/m | |
| 1 lb/ft³ | = | 16,0185 kg/m² | |
| 1 lb/sq.in (psi) | = = |
0,703067 kg/cm / N/m² 703,3254 mmWS / kg/m² |
|
| 1 lb/sq.in | = = |
0,006944 lbs/sq.in 4,8824 mmWS / kg/cm² / lbf/in² |
|
| 1 lbf/in² | = | 6.894,08 N/m² / kg/cm² | |
| 1 ft.lb/sec | = | 0,1380 kgm/s | |
| 1 BTU | = = |
1.055,06 kJ 0,2522 kcal |
|
| 1 BTU/lb | = | 0,5559 kcal/kg | |
| 1 mile/h | = | 0,44704 m/sec | |
| 1 ft/J | = | 0,2048 m/sec | |
| 1 slug | = | 14,5939 kg | |
| Links SI-Standards Systerm of Units |
| Quellenangabe / Source ARISTO 1361, PEPJUNG - Conversion tables OMNICAL Handbuch u.a. / among others |
| C = Celsius - Most common Temperature Measurement in the World. Anders Celsius, Swede astronomer *1701 †1744 100° partitation Freezing point of water at 0°C Water boiling point at +100°C at 760 mm air pressure F = Fahrenheit - Common in U.K. and USA amongs others. Gabriel Daniel Fahrenheit, German physicist *1686 †1736 First person use quick silver in a thermometer Freezing point of water starts at +32°F Water boiling point at +212°F R = Réaumur - Very limited use. René-Antoine Ferchault de Réaumur, French physicist and biologist *1683 †1757 Thermometer scale with 80 scale partitation K = Kelvin Sir William Thompson since 1892 Baron Kelvin of Largs, English physicist *1824 †1907 Absolute zero point at -273,16°C |
|||
Table of comparison |
|||
| 0°C | = = |
0°R 32°F |
|
| 100°C | = = |
80°R 212°F |
|