How to Calculate Fuel Consumption per 100 Kilometers for a Car?
2 Answers
Fuel consumption per 100 kilometers refers to the average fuel consumption of a car when driving on the road for every 100 kilometers. The following is the calculation method for fuel consumption per 100 kilometers: 1. 10/100=60/600. The left side of the equation represents theoretically driving 100 kilometers and consuming 10 units of fuel. The right side of the equation represents the car driving 600 kilometers and consuming 60 units of fuel. The equation holds true. 2. The actual method to calculate fuel consumption: X/100=50/600, where X is the number of liters consumed per 100 kilometers, and the right side of the equation represents the car driving 600 kilometers and consuming 50 liters. 3. The equation holds true. Solving this equation, X=50×100/600. Answer: X≈8.33. This gives the car's fuel consumption per 100 kilometers as 8.33 liters.
Calculating a car's fuel consumption per 100 kilometers is actually quite simple. As someone who drives frequently, I pay close attention to this because it directly affects fuel expenses. Here's the method: Find a gas station and fill up the tank until the pump automatically stops, then reset the car's odometer. After driving normally for about 100 kilometers, go to another gas station and fill up the tank again, noting the amount of fuel added (in liters). Then, divide the fuel amount by the actual distance traveled and multiply by 100 to get the fuel consumption per 100 kilometers. For example, if you added 8 liters after driving 105 kilometers, the calculation would be (8/105)*100≈7.6 liters per 100 kilometers. Many factors affect fuel consumption, such as urban traffic congestion, using the air conditioning, or aggressive acceleration and braking, which can increase fuel usage, while steady highway driving tends to be more fuel-efficient. I measure this every two weeks to monitor my car's condition and ensure timely maintenance of tires and the engine, which has saved me a significant amount of money over time. Remember, cold starts and short trips tend to result in higher fuel consumption, so it's best to choose a normal route for accurate measurements.
