Elektrische Ladung ist eine grundlegende Eigenschaft von Materie, die dazu führt, dass sie eine Kraft erlebt, wenn sie in einem elektromagnetischen Feld platziert wird.Es wird in Coulombs (c) gemessen.
1 kC/h = 277,777,780,000 pC
1 pC = 3.6000e-12 kC/h
Beispiel:
Konvertieren Sie 15 Kilocoulomb pro Stunde in Picocoulomb:
15 kC/h = 4,166,666,700,000 pC
| Kilocoulomb pro Stunde | Picocoulomb |
|---|---|
| 0.01 kC/h | 2,777,777,800 pC |
| 0.1 kC/h | 27,777,778,000 pC |
| 1 kC/h | 277,777,780,000 pC |
| 2 kC/h | 555,555,560,000 pC |
| 3 kC/h | 833,333,340,000 pC |
| 5 kC/h | 1,388,888,900,000 pC |
| 10 kC/h | 2,777,777,800,000 pC |
| 20 kC/h | 5,555,555,600,000 pC |
| 30 kC/h | 8,333,333,400,000 pC |
| 40 kC/h | 11,111,111,200,000 pC |
| 50 kC/h | 13,888,889,000,000 pC |
| 60 kC/h | 16,666,666,800,000 pC |
| 70 kC/h | 19,444,444,600,000 pC |
| 80 kC/h | 22,222,222,400,000 pC |
| 90 kC/h | 25,000,000,200,000 pC |
| 100 kC/h | 27,777,778,000,000 pC |
| 250 kC/h | 69,444,445,000,000 pC |
| 500 kC/h | 138,888,890,000,000 pC |
| 750 kC/h | 208,333,335,000,000 pC |
| 1000 kC/h | 277,777,780,000,000 pC |
| 10000 kC/h | 2,777,777,800,000,000 pC |
| 100000 kC/h | 27,777,778,000,000,000 pC |
Inayam