Fuel efficiency (mass) is the ratio of distance traveled to the mass of fuel consumed, typically measured in kilometers per kilogram (km/kg).
1 L/kg = 0.001 km/g
1 km/g = 1,000 L/kg
Example:
Convert 15 Liters per Kilogram to Kilometers per Gram:
15 L/kg = 0.015 km/g
| Liters per Kilogram | Kilometers per Gram |
|---|---|
| 0.01 L/kg | 1.0000e-5 km/g |
| 0.1 L/kg | 0 km/g |
| 1 L/kg | 0.001 km/g |
| 2 L/kg | 0.002 km/g |
| 3 L/kg | 0.003 km/g |
| 5 L/kg | 0.005 km/g |
| 10 L/kg | 0.01 km/g |
| 20 L/kg | 0.02 km/g |
| 30 L/kg | 0.03 km/g |
| 40 L/kg | 0.04 km/g |
| 50 L/kg | 0.05 km/g |
| 60 L/kg | 0.06 km/g |
| 70 L/kg | 0.07 km/g |
| 80 L/kg | 0.08 km/g |
| 90 L/kg | 0.09 km/g |
| 100 L/kg | 0.1 km/g |
| 250 L/kg | 0.25 km/g |
| 500 L/kg | 0.5 km/g |
| 750 L/kg | 0.75 km/g |
| 1000 L/kg | 1 km/g |
| 10000 L/kg | 10 km/g |
| 100000 L/kg | 100 km/g |
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