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Home |
Volumen |
| allgemeines |
| Abkürzung |
Bezeichnung |
Kubikmeter |
| m3 |
Kubikmeter |
1 m3 |
| l |
Liter |
0,001 m3 |
| hl |
Hektiliter |
0,1 m3 |
|
| britische Volumenmaße |
| cubic inch |
cu. in. |
16,387 cm3 |
|
| cubic foot |
cu. ft. |
0,028 m3
|
1728 cu in |
| cubic yard |
cu. yd. |
0,765 m3 |
27 cu. ft. |
| register ton |
reg. ton |
2,832 m3 |
100 cu. ft |
|
US-Volumenmaße |
| US dry pint |
0,551 l |
|
| US dry quart |
1,101 l |
2 pt |
| US dry gallon |
4,405 l |
4 qt |
| US peck |
8,809 l |
2 dry gal. |
| US bushel |
35,238 l |
8 dry gal. |
| US gill |
0,118 l |
|
| US liquid pint |
0,473 l |
4 gills |
| US liquid quart |
0,946 l |
28 liquid pints |
| US liquid gallon |
3,785 l |
8 liquid pints |
| US barrel |
119,228 l |
35 liquid gal. |
| US barrel petroleum |
158,97 l |
42 liquid gal. |
|
| britische Trocken- und Flüssigkeitsmaße |
| British gill |
gl |
0,142 l |
|
| British pint |
pt |
0,568 l |
4 gl |
| British quart |
qrt |
1,136 l |
2 pt |
| British gallon |
imp. gal. |
4,546 l |
4 qt |
| British peck |
pk |
9,092 l |
2 imp. gal. |
| British bushel |
bu |
36,366l |
8 imp. gal. |
| British quarter |
qr |
290,9351 l |
8 bu |
| British barrel |
bbl |
163,6561 l |
36 imp. gal. |
|
| Molares Volumen der Elemente |
| Gase |
H, He, N, O, Cl, Ar, Kr, Xe |
|
ca. 22,41 l/mol bei 273,15 K, 1 atm |
| größtes Molvolumen |
Alkalimetalle |
Cs |
70,94 cm3 mol-1 |
| geringstes Molvolumen |
Diamant |
C |
3,42 cm3 mol-1 |
|
| Skala |
| 400 m3 / s |
Wassermenge der Elbe bei Magdeburg |
|
| Volumenanteil |
Feingehalt des Goldes
- 24 Karat: 1000 von 1000 reines Gold
- 18 Karat: 750 von 1000 reines Gold
- 14 Karat: 585 von 1000 reines Gold
- 12 Karat: 500 von 1000 reines Gold
- 9 Karat: 374 von 1000 reines Gold
- 8 Karat: 333 von 1000 reines Gold
|
| Literatur |
1.) Singman CN:
Atomic volume and allotropy of the elements.
Journal of Chemical Education, (1984), DOI 10.1021/ed061p137.
2.) De Podesta M:
Understanding the Properties of Matter.
Routledge Chapman and Hall 2002, ISBN 978-0415257886.
3.)Mohr PJ, et al.:
CODATA recommended values of the fundamental physical constants: 2006.
Reviews of Modern Physics 2008 DOI 10.1103/RevModPhys.80.633
|
| Links |
Internet - Chemie |