The best fuel efficiency speed typically falls between 50 to 80 km/h (31 to 50 mph) for most vehicles. Driving within this range allows engines to operate at optimal performance, reducing fuel consumption. Speeds above or below this range often lead to increased drag or inefficient engine operation, resulting in lower fuel efficiency. However, the exact speed can vary depending on the vehicle type and design.
The amount of liters needed to drive 4.4 km depends on the vehicle's fuel efficiency, which is usually measured in liters per 100 km. If you know the fuel efficiency of your vehicle, you can calculate the liters needed by dividing the distance by 100 and then multiplying by the fuel efficiency.
To determine the amount of diesel consumed over 1,158 kilometers, you need to know the fuel efficiency of the vehicle, typically measured in liters per 100 kilometers (L/100 km). For example, if a vehicle consumes 8 L/100 km, you would calculate the total consumption as follows: (1,158 km / 100 km) * 8 L = 92.64 liters of diesel. Adjust the calculation based on the specific fuel efficiency of the vehicle in question.
800 / 9 = 88.89 About 89 kilometers per hour.
To calculate speed, use the formula: speed = distance/time. Here, the distance is 100 km and the time is 2 hours. Therefore, speed = 100 km / 2 hr = 50 km/hr.
Speed of light c = 299792458 m/s × 1 km/1000 m = 299792.458 km/s. Speed of light c = 299792.458 km/s × 3600 s/ 1 hr = 1079252848.8 km/hr.
If the second car has a fuel efficiency that is 45 percent of the first car, we first need to determine the fuel efficiency of the first car, which is 15 km/L. To find the fuel efficiency of the second car, we calculate 45% of 15 km/L: (0.45 \times 15 = 6.75) km/L. Thus, the fuel efficiency of the second car is 6.75 km/L.
To drive 400 km, you would need to use 40 litres of petrol. This is calculated by dividing the total distance (400 km) by the fuel efficiency of your car (10 km/litre).
The number of kilometers you can travel on 50 liters of fuel depends on the fuel efficiency of your vehicle, measured in kilometers per liter (km/l). For example, if your vehicle has a fuel efficiency of 10 km/l, you would be able to travel 500 kilometers (50 liters x 10 km/l). However, if your vehicle has a fuel efficiency of 15 km/l, you would be able to travel 750 kilometers (50 liters x 15 km/l). Therefore, the distance you can travel on 50 liters of fuel varies depending on your vehicle's fuel efficiency.
The amount of liters needed to drive 4.4 km depends on the vehicle's fuel efficiency, which is usually measured in liters per 100 km. If you know the fuel efficiency of your vehicle, you can calculate the liters needed by dividing the distance by 100 and then multiplying by the fuel efficiency.
The most economical speed for a Hyundai Santa Fe typically falls within the range of 50 to 65 miles per hour (80 to 104 km/h). At this speed, the vehicle can achieve optimal fuel efficiency, minimizing air resistance and engine strain. However, fuel economy can also be influenced by factors such as driving conditions and maintenance. For the best results, refer to the owner's manual or fuel economy ratings specific to your model year.
it is said to be 250 km/h
The cruising air speed (most fuel efficient speed) is approx.Mach0,82 (871 km/u).The top speed, of the Airbus A330 isMach 0,86 (913 km/u).
The fuel consumption of a C-130 Hercules varies based on its configuration and mission profile, but it typically burns around 2,000 to 2,500 liters of fuel per 1,000 kilometers. This translates to approximately 530 to 660 gallons. Factors such as payload, altitude, and speed can significantly affect fuel efficiency.
10 / 14 x 100 ≈ 71%
The top speed of a 2012 V6 Camaro is approximately 130 mph (209 km/h). This model is equipped with a 3.6-liter V6 engine, which delivers a balance of performance and fuel efficiency. While it may not match the speed of the V8 variants, it still offers a sporty driving experience.
The top speed of the Toyota Sienna is approximately 116 mph (187 km/h). This minivan is designed primarily for family comfort and safety rather than performance, so its speed is limited by its design and regulations. The focus is more on fuel efficiency and practicality rather than achieving high speeds.
The number of stops a car needs within a 600 km journey depends on several factors, including the car's fuel efficiency, the size of its fuel tank, and driving speed. On average, a vehicle may need to stop for fuel every 400-600 km, depending on these variables. Additionally, if the trip requires breaks for rest or meals, more stops may be necessary. Therefore, one to three stops could be typical for such a distance.