What is the fuel tank capacity of the 2021 Bora?

How to Handle Drunk Driving on Electric Vehicles?

Electric vehicle drunk driving handling method is: If the alcohol content in the body reaches 80mg after drinking and riding a general electric vehicle, it is considered as drunk driving a non-motorized vehicle, which is a violation of the law. According to Article 89 of the Road Traffic Safety Law, the driver will be fined. If the electric vehicle meets the national motor vehicle standards, the illegal act of drunk driving will be subject to criminal liability according to the provisions of the Criminal Law Amendment (VIII), with the statutory detention period ranging from one month to six months. If the drunk driving standard is not met, administrative penalties will be imposed for the illegal act of driving a motor vehicle after drinking.

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How to Remove a Steering Wheel?

The method for removing a steering wheel is as follows: 1. First, disconnect the negative terminal of the battery. The steering wheel airbag is secured to the steering wheel with retaining clips. 2. Remove the combination switch cover. There are two small holes on the back of the steering wheel. Insert a thin screwdriver into each of these holes and push the retaining clips toward the center of the steering wheel to release them. Do not force the removal, as this may cause noise when reinstalling. The steering wheel is a wheel-shaped device used to control the direction of cars, ships, and airplanes. Its function is to convert the force applied by the driver on the edge of the steering wheel into torque, which is then transmitted to the steering shaft. It mainly consists of a skeleton, foam, and the driver's airbag. The working principle of the steering wheel involves transmitting torque to the rack-and-pinion mechanism, thereby pushing the wheels to turn left or right.

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What is the Jeep Renegade?

Jeep Renegade is a compact SUV under the Jeep brand, equipped with three engine options: a 1.3L turbocharged engine, a 1.4L turbocharged engine, and a 2.0L naturally aspirated engine. The 75th Anniversary Edition Renegade features a full underbody metal skid plate, providing professional-grade vehicle protection across various road conditions. The Jeep Renegade boasts over 10 advanced active and passive safety configurations, including standard side curtain airbags, active tire pressure monitoring system, professional all-function electronic safety assist system for 4WD SUV platforms, class-exclusive Hydraulic Brake Fade Compensation (HBFC), class-exclusive Dynamic Steering Torque (DST), Anti-lock Braking System (ABS), Electronic Brakeforce Distribution (EBD), Traction Control System (TCS), Yaw Stability Control (YSC), Panic Brake Assist (PBA), Hill Start Assist (HSA), Electronic Roll Mitigation (ERM), and Brake Lock Differential (BLD).

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How many years can an external tire pressure monitoring system last?

An external tire pressure monitoring system can last 2 to 3 years. When the battery runs out, the system will stop working, but it can be used again after replacing the battery. The principle of the external tire pressure monitoring sensor is to use a plunger to push open the valve core, and the air pressure impact received by the sensor is the internal tire pressure. The sensor cleverly uses the thread of the fixed dust cap to secure it to the valve stem. Direct tire pressure monitoring systems can provide more advanced functions, measuring the actual instantaneous pressure inside each tire at any time, making it easy to identify the faulty tire. Indirect tire pressure monitoring systems are not as accurate as direct systems and cannot determine the faulty tire at all. Moreover, system calibration is extremely complex, and in some cases, the system may fail to work properly, such as when the tire pressure of both tires on the same axle is low.

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What is Engine Braking?

The so-called "engine braking" is a term in driving behavior, which refers to effectively controlling vehicle speed by utilizing the resistance generated during engine operation. Both "downshifting" and "releasing the throttle" commonly mentioned can achieve the purpose of using engine resistance to control speed. Below is relevant information: 1. Definition of Braking: Braking, commonly known as "applying the brakes," is the action of stopping or reducing the speed of moving locomotives, vehicles, other transportation tools, or machinery. The general principle of braking is to fix a wheel or disc on the high-speed shaft of the machine and install corresponding brake shoes, bands, or discs on the machine base to generate braking torque under external force. 2. Advantages of Engine Braking: (1) Due to the differential effect, braking torque can be evenly distributed on the left and right wheels, reducing the possibility of skidding or fishtailing; (2) Effectively reduces the frequency of using foot brakes, avoiding prolonged use of brakes that could lead to increased temperature of the brake friction pads, resulting in reduced braking efficiency or even failure; (3) Vehicle speed is always limited within a certain range, facilitating timely deceleration or stopping, ensuring driving safety. 3. Process of Engine Braking: (1) On slippery surfaces such as tar roads, muddy or icy roads, engine braking should be utilized as much as possible, along with flexible use of the parking brake, minimizing foot braking. If foot braking is necessary, intermittent braking is preferred, avoiding locking the wheels to prevent skidding. (2) On steep roads such as long downhill slopes or rugged mountain paths, engine braking must be used in combination with intermittent braking to control speed. Prolonged use of brakes can affect braking efficiency or even render them ineffective. Therefore, in such situations, it is advisable to stop and rest appropriately, allowing the brake drums and shoes to cool before continuing. (3) When using engine braking, select the appropriate gear based on road conditions and vehicle load, and apply appropriate wheel braking according to the vehicle speed. Too low a gear results in excessively slow speed; too high a gear leads to frequent use of wheel brakes.

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Can a 1.5L Car Carry Five People?

1.5L car can carry five people, but the acceleration performance will deteriorate when the car is fully loaded with five people. The power of a 1.5L naturally aspirated engine is relatively average, with relatively small torque in the low RPM range. However, a car equipped with a 1.5L naturally aspirated engine can still carry five people without any problem. Most cars now use turbocharged engines, which provide greater torque in the low RPM range, resulting in better acceleration performance. Turbocharged engines are more suitable for driving in stop-and-go urban roads. Turbocharged engines can increase the amount of air entering the cylinders without increasing the engine displacement, thereby enhancing engine power. The power output method of turbocharged engines is different from that of naturally aspirated engines. Naturally aspirated engines need to reach very high RPMs to output maximum power and torque, while turbocharged engines can output maximum torque at much lower RPMs.

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What is the fuel tank capacity of the 2021 Bora?

How to Handle Drunk Driving on Electric Vehicles?

How to Remove a Steering Wheel?

What is the Jeep Renegade?

How many years can an external tire pressure monitoring system last?

What is Engine Braking?

Can a 1.5L Car Carry Five People?

How Long Can a Car Key Battery Last?

Is the Audi RS4 four-wheel drive?

What does 'trip' mean on a car?

What are the precautions after car window tinting?