Judging from the current situation, what kind of car will come out next?

It is estimated that the panda will be upgraded, and then it will be a marathon of chicken ribs. The possibility of a new car is not very large, and it should be done on the basis of the original car.

When everyone is waiting impatiently, it is estimated that around eleven, there will be a new series of cars, Chinese themes, very likely, just like the space series of Hanbok, but it will never be SR.

There will be events during the Olympics.,Maybe Amagi will be a little more generous at that time.,R4 and some pros are free to open.,For a while.。 Then the R4 series was partially replaced with a gold coin car.

The plasma series is not very likely.

It may be directly out of the SR series!

After all, the voice of the majority of players is relatively high now.

Continue the long road of the national service.。。。 The preserved egg pro is out.,Think about what else will come out.。。。 It's scary to think about it.,8 characters one by one.。。。 I'm crazy

Cooper series, followed by plasma (slow gas collection, long acceleration time), negative ion (fast gas collection, short acceleration time, with 3 gas collection slots).

The national costume is going to come out with some messy prop cars.

Orthodox cars have to wait until 78 months.

I guess so. Super Dr R Pro....Sissy.

The two most important parts of a car are the engine and the chassis. The car's repentant fluid starts like a human brain, which transmits power information to the clutch and transmission in turn, and then the moving shaft starts to operate again, transmitting to the half shaft and even the driving wheels of the car. The driving wheels of the car drive the car to start moving, which is why the car will run.

Vehicle mistracking. There is also a phenomenon basis, generally speaking, the basic phenomenon of deviation is that the car is driving, it is not easy to keep moving in a straight line, and it is always necessary to automatically deviate in a certain direction, which is deviation, either to the left or to the right, generally will not flicker left or right, if there is a flickering left or right, it is recommended to check the steering wheel.

Why can cars go? This shows that it was originally stationary, so in order for the car to change from a stationary state to a moving state, the action of force is needed, because force is the fundamental reason for changing the motion state of the object.

What about the power of the car? The power of the car produces a lot of heat in the combustion of chemical fuels, which greatly increases the temperature and pressure of the gas in the cylinder, and the gas in the cylinder pushes the blind piston to move, so that the power is transmitted to the crankshaft.

It produces force in this way: use the key to hit the starting gear, the starter starts, the power output to the generator at the same time the electricity has been supplied to the high-voltage package and ECU of the oil circuit, the ECU will issue a fuel injection command, the high-voltage package will produce high-voltage electricity to supply the spark plug, the spark plug ignition makes the gasoline and air mixture combustion produce a lot of heat, so that the gas temperature and pressure in the cylinder are greatly increased, the gas in the cylinder pushes the piston to move, and the power is transmitted to the crankshaft (flywheel), and then to the clutch, transmission shaft, and final reducer, differential, half shaft, wheel, so that the wheel has speed, then the wheel Honghu does circular motion, and the driving force is the circumferential force of the wheel to block the circular motion.

The resistance of the car is: rolling resistance, air resistance, slope resistance, and acceleration resistance.

When the driving force is greater than the total resistance of the car, the car is able to move.

The reasons why the car runs less refueling in winter are: 1. The cold start engine consumes more fuel in the winter cold start, the cooling water temperature in winter is much lower than in summer, and the cooling water will take away more energy and need more fuel to consume during this time period when the engine reaches the normal working temperature. 2. The hot car time is too longThe hot car time in winter is long, and the fuel utilization rate is much lower than that of normal driving.

It is a reason for the increase in fuel consumption, but it is not the main thing, but if the method of heating the car is wrong, then the fuel consumption will definitely increase. 3. The engine needs to be insulated The engine has a normal working temperature, and this temperature is about 85-105 degrees. 4. Turn on the heating to increase fuel consumption If the heat is insufficient, the engine needs additional work to produce more heat and more fuel consumption, so if the vehicle has just started and the heat has not been fully generated, the heating will be turned on immediately at this time, and the engine will be forced to do work, heat supply in advance, and increase fuel consumption.

Extended informationPrecautions for increasing fuel consumption of automobiles 1, tire maintenance Peichang is not in placeSome tires are relatively wide, and the contact area with the ground is relatively large. The friction is greater, and the resistance is greater. If the tire is severely worn, the slippage phenomenon is more serious, and it also increases the friction and resistance from the side.

Fuel consumption will also rise. 2. After the three-way catalytic converter has been used for a long time, the effect of the mid-range has gradually decreased. If the temperature of the three-way catalytic converter is too high, it is very easy to fail.

After the failure, the electronic fuel injection system cannot obtain information about the oxygen concentration in the exhaust pipe, and the concentration of gas mixtures in the engine is too high, which is also very easy to increase fuel consumption. 3. Carbon deposits are not cleaned up and carbon deposits are a big killer of fuel consumption. The vehicle accelerates sharply slowly, has difficulty in cold starts, shiveres when idling at low speed, and gets stuck when stepping on the accelerator.

Because the car burns gasoline through the engine to do the work, the joint inspection and the transmission pushes the car forward, so the car runs and Zheng did not stop. This is the conversion of power, and the energy conversion of oil is called the power to move forward.

Because of the engine, the action of gasoline creates thrust, which consumes oil to make the car move.

Hello, from a mechanical point of view, cracking, when the traction force of the vehicle is greater than the ground friction force and the air resistance key shed force, the displacement can occur, the car can be drafted to drive, I hope to help you, thank you, hope.

Why do cars run? Because the car is powered, the engine turns the gears and drives the rollers to run, so that the car can run.

Because this is the function of the car, the necessary condition for its existence, and I am really helping you look forward to it

Because there is an engine, the starting engine outputs things to the transmission, and the transmission transmits power to the wheels through the transmission shaft, and the wheels overcome the friction on the ground, so the car runs.

The main moving part inside the engine is the piston, which rotates around itself; There are also reciprocating movements. Where the piston motion reciprocates through the above four strokes to complete a working cycle, it is called a four-stroke engine. The one that completes a cycle after two strokes is called a two-stroke engine.

The engine that fuel is gasoline, where gasoline and air are mixed into a mixture in the carburetor and then sent to the cylinder, and the power that is generated after the above-mentioned stroke is called carburetor gasoline engine; Where gasoline is directly injected into the cylinder or intake pipe and then mixed with air to form a mixture, after the above-mentioned strokes, it is called direct injection gasoline engine. The engine of fuel for diesel is generally the use of fuel injection pump to inject diesel directly into the cylinder, after being mixed with compressed air, automatically burned under high temperature and high pressure to produce power, called compression ignition diesel engine. In today's world of energy shortage and environmental protection requirements, there are also engines that use other clean fuels such as natural gas and liquefied petroleum gas.

But the principle of its operation is similar.

The car is composed of four parts: engine, chassis, body and electronic system, and the car will run because of the engine and chassis two major systems;

The gasoline engine is composed of a crank connecting rod mechanism, a valve mechanism, a fuel supply system, a starting system, an ignition system, a lubrication system, and a cooling system;

The chassis of the car is composed of the transmission system, the driving system, the brake system, and the steering system.

First of all, the starting system works to drive the crank connecting rod mechanism to work, the valve mechanism and the fuel supply system are distributed and injected, the ignition system ignites to generate energy, and the power is transmitted to the driving system (suspension and wheels) by the transmission system (clutch, gearbox, differential, transmission shaft half shaft) The car can run, because of the existence of the gearbox, the car can be reversed.

To put it simply, that's it, pure hand, hope!

In a certain sense, the car is also alive, it also has a heart and a skeleton, sound and temperature. In daily life, cars act as people's legs and facilitate people's lives. I don't know if anyone has studied the question of why cars run, so let's take a look at it today.

The first part of the car to be introduced is the engine, which is the core component of why the car will run, and it is also the fundamental reason why the car will run. The engine is to the car what the heart is to the person. It is also interconnected and closely related to other components in the car.

Moreover, the total number of parts in the engine is about 300-600, and the composition of the engine is different for different cars due to different construction methods.

Secondly, if the car can go fast and steadily, it depends on the chassis of another component, the car. Many friends feel that their car is not stable enough during driving, which should be a problem with the chassis of the car. The role of the automobile chassis is to strengthen the stability of the car, generally speaking, the car with a relatively low chassis has better stability performance.

The structure of the chassis is also very complex, and the four major components of the transmission train, the driving system, the steering system and the brake system make up the chassis structure of the car. Although the chassis is not as important as the engine, it is also equivalent to the skeleton of the car and plays a very important role in the driving of the car.

This is because there is an engine that provides him with energy, and there are bearings that drive the wheel to rotate, so the car will run forward.

Because the car has wheels, that's why he runs, and if it doesn't have wheels, he will be stationary and won't move anymore.

Why do sports cars run? This illustrates the car, which is a kind of diesel engine oil, a material, and then the engine is produced, and then the car will turn up.

Hello, the car runs because the rotation of the car engine drives the wheels to rotate, and then drives the car to run, this principle is very simple.

The car has a wheel, because it is a new energy, and after adding oil. It will start, and at the same time, the car still needs to be started by a professional person to run, which is a comprehensive factor to be able to start the car.

It is precisely because the car is a tool that we make to walk instead of people, and it will also provide him with some energy, so we can run forward.

Because the car has an engine, the car will run when the engine is started, but it must have gas.

Some of the questions you asked are too general, the car runs because there is an engine, gasoline enters the engine, and the work is done by compression, ignition and exhaust, the crankshaft drives the gears of the overdrive to rotate, and the gears drive the tire shafts, so that he can run, and that's about it.

Cars can run, then there has to be gas, if they can't run, it's all rack cars and bicycles. The car is just a means of transportation for people, faster than a bicycle, faster than a driving car and faster than a horse-drawn carriage.

Why do cars run cars, they can run in the first place, and if the car can't run, they will never be used again.

Because there is energy for the engine to move, driving the bearing is the car to run.

Because there is an engine.

There are wheels.

After the car starts, the car computer receives the start signal, connects the ECU (engine management computer) to power the battery, and the ECU begins to self-check all electronic systems of the driving system (including the engine, gearbox, and basic safety systems such as ESP and airbags), and all lights will be turned on on the dashboard of the car. Soon, the electronic system self-test was completed and the instrument panel light was turned off.

The ECU is connected to the starter circuit, and the starter relay is turned on at the same time, the relay is engaged, and the high-voltage current is transmitted to the stator of the starter, and the starter motor begins to accelerate, driving the starter gear to rotate.

At the same time that the starting gear begins to rotate, another relay in the starter circuit is turned on, and an electromagnetic clutch is combined above the main motor of the starter Naixiang brother, this electromagnetic clutch controls a push rod, and the backward combination of the electromagnetic clutch will push the pull rod forward, and the pull rod is connected with the starting gear, and the starting gear is pushed forward until it is combined with the engine starting gear.

At this time, the starter starting gear has been connected to the engine starting gear, and the powerful starter begins to rotate with the engine crankshaft. On the engine side, the crankshaft rotation signal detected by the crankshaft sensor allows the ECU to start the engine process, and the engine speed begins to rise rapidly under the thick mixture.

When the engine speed rises enough to complete the start by its own strength, the electromagnetic clutch of the ECU control starter is disconnected, and the starting gear is disconnected from the engine starting gear (to avoid damage to the starter due to the engine speed in the banquet section). Subsequently, the starter motor is powered off, the starter stops, and the engine relies on its own strength to complete the start, and drives the vehicle power system to drive the vehicle to run.

There is a power drive, and then the wheels are driven to turn, and the car will naturally run.

With engine power, wheels, and a steering wheel, you can walk on the ground and on the road. Engine power is generated by gasoline burning in the cylinder**, pushing the piston to move, from the crankshaft to the gear, driving the wheels.

After the fuel is ignited in a closed container, the energy explodes and works through the piston, and then pushes the rotation of the wheels through the transmission mechanism, so that the wheels that are pushed forward or backward after being driven, which is the simplest automobile driving principle, according to the number of driving wheels, it can be divided into two categories: two-wheel drive and four-wheel drive.