The fuel consumption of an Airbus A320 can vary based on several factors, including its specific model, weight, and flight conditions. On average, an A320 consumes approximately 2.5 to 3.0 liters of fuel per kilometer flown. This translates to roughly 0.25 to 0.30 liters per passenger-kilometer, depending on the number of passengers onboard. Factors such as altitude, weather, and flight speed can also influence the actual fuel usage.
It depends on the fuel efficiency of your mode of transport.
A million millimeters.
1000 (kilo=1000
1km is 1,000 meters.
1km = 1000m 1km > 50m 1km is bigger
To move a 5kg stone for 1km, you would need to overcome both the force of friction and the force required to lift the stone against gravity. The force needed would depend on the surface and incline. The total force required can be calculated using the work-energy principle.
1km = 1000m520m/1km:= 520/1000 or 13/25 of 1km
1km
100000cm = 1km 50cm = 1km/1000000cm/1km 0.00005km = 50cm 50cm < 1km
1km -450 = -449
1km=1000m, so 5km=5000m
1000 meters or 0.62 mile or 3280.83 feet