1 6 displacement trolley with an average speed of 70, how much fuel to burn in three hours

1. Control the optimal speed.

In driving, the engine speed of the general EFI vehicle is about 2200 2500 is the most suitable. No matter what gear it is in, keep the engine speed at about 2200-2500. The car at too low speed can't walk, consumes fuel and doesn't walk the aisle, and it also hurts the engine; Excessive rpm increases ineffective fuel consumption and also hurts the engine.

2. Maintain the best speed.

The most fuel-efficient driving state is driving in a straight line at a constant speed, the most fuel-efficient speed small displacement car is 60 80 kilometers per hour, and the medium displacement vehicle is 80-100 kilometers 0.

3. Control the speed of shifting.

When changing gears, you need to add a little more fuel than you normally would, so that the revs are expressed to a little more than 2500. If you change gears below 2000 rpm, the speed will drop after shifting, and you will have to refuel to get it back, but you will consume more fuel.

4. Do not change the lane and do not overtake.

When driving your own car, remember to try not to change the lane, do not overtake, and keep driving at a medium and uniform speed to be safe and fuel-efficient.

5. Don't brake hard.

If you need to stop in front, you should collect the fuel in advance and coast in gear to slow down, instead of rushing to the front and braking hard. The brakes actually consume precious gasoline, and the harder the brakes, the more waste is wasted.

6. Take a good road, take the road with fewer cars.

If you want to take a short road traffic jam, the speed is very low and you can't run, and the fuel consumption is very large, it is better to find a road that is far away but the road surface is good, and save fuel and vehicles.

The displacement of the car needs about 40 fuel for 100 kilometers back and forth.

It is normal for an engine to have 7-12 oils per 100 km.

Engine displacement = single-cylinder displacement Number of cylinders; Single cylinder displacement = (bore bore) 4 1000 stroke (unit cc), cylinder displacement is only an approximate value, generally higher than the target value.

Up to 7 oils at high speed, 30-40 pieces.

The displacement of the car needs about 40 fuel for 100 kilometers back and forth.

It is normal for an engine to have 7-12 oils per 100 km.

Engine displacement = single-cylinder displacement Number of cylinders; Single cylinder displacement = (bore bore) 4 1000 stroke (unit cc), cylinder displacement is only an approximate value, generally higher than the target value.

According to the calculation formula, the weight of the oil is equal to the density of the oil multiplied by the capacity of the oil. The density of oil is roughly about kilograms, and the density of different oils is different, and the density of motor gasoline is kilograms. The formula is:

1 liter kilogram liter = kilogram. Converted to the city catties we commonly use, a liter of gasoline weighs a catty, almost one and a half catties. Normal eggs generally weigh about 60 grams, and a liter of oil is about the weight of 12 eggs.

A liter of oil can drive a few kilometers: buy a private car, economic models, generally buy liters of displacement, intermediate cars to the source of the car to liter displacement of the majority. We might as well take these two displacement models as a reference, and calculate that the same liter of fuel can run a few kilometers each.

The fuel consumption of the car is almost 100 kilometers and 12-13 liters, and the average liter of oil can run 8 kilometers (take the average number of kilometers). The contrast is obvious, the same liter of oil, the liter displacement of the car can run kilometers, the liter displacement of the car can only run 8 kilometers.

If the average fuel consumption is 100 km in Shengyu Congchun, then 1 liter of oil can run about 100 km (100 = .

This is easy, 35km requires:

That's it.

Calculate the multiple of the distance first, and then calculate the oil of the same multiple:

35 kilometers of burning oil.

Hello dear for your question. Dear, the fuel cost for driving for an hour is about 20 yuan, but this data will be affected by a variety of factors, such as the speed of the car, road conditions, oil prices, etc. Here's a specific formula that can be substituted for calculating or photographing the fuel cost of a car.

Fuel cost per hour = oil price * average fuel consumption per kilometer * speed per hour. According to the displacement of the manual transmission hatchback calculation, at a speed of 40-60 kilometers per hour, the urban paved road driving is about 100 kilometers per shirt fuel consumption liters, according to the current He Xuan in 92 gasoline yuan l calculation, the fuel cost of driving for an hour is about yuan.

Summary. Hello, the fuel consumption of the displacement car running for an hour is 6 liters and it takes 3 yuan. The car consumes 6 liters of fuel in an hour.

It costs $3. Fuel consumption is commonly known as the fuel consumption of a car after 100 kilometers. Generally refers to constant speed fuel consumption.

Constant velocity fuel consumption refers to the fuel economy xing index when the car is driving at constant speed on a good road surface. <>

How much does it cost to run a small car with a displacement of fuel for an hour.

Hello, the fuel consumption of the displacement car running for an hour is 6 liters and it takes 3 yuan. The car consumes 6 liters of fuel in an hour. It costs $3.

Fuel consumption is commonly known as the fuel consumption of a car after 100 kilometers. Generally refers to constant speed fuel consumption. Constant velocity fuel consumption refers to the fuel economy xing index when the car is driving at constant speed on a good road surface.

<> Extended Information: Fuel consumption refers to the amount of fuel consumed by a car for 100 kilometers. Because the car often has a variety of working conditions such as acceleration, deceleration, braking and engine idling in actual driving, the fuel consumption is often low, which is different from the actual fuel consumption.

Fuel consumption per 100 kilometers is constant speed fuel consumption. <>