What are the speed ranges for 1st, 2nd, 3rd, and 4th gears in a manual transmission?

What are the standards and requirements for straight-line driving in Subject 3?

The evaluation criteria for straight-line driving in Subject 3: 1. Unstable steering control, inability to maintain the vehicle's straight-line movement, results in failure; 2. Failure to take deceleration measures when the vehicle ahead brakes, results in failure; 3. Not observing the rear traffic situation through the rearview mirror for more than 20 seconds, deducts 10 points; 4. Not understanding the vehicle's speed, deducts 10 points; 5. Not promptly detecting road obstacles and not taking timely deceleration measures, deducts 10 points. The assessment requirements for straight-line driving in Subject 3: 1. Correctly grasp the steering wheel (primarily operated with the left hand), and skillfully use the steering wheel to correct the driving direction during the process; 2. Master the timing and method of gear shifting, and be able to perform step-by-step upshifting, step-by-step downshifting, and skip-shift downshifting at various speeds; 3. The candidate can timely and effectively use the brake, with predictive braking and deceleration; 4. The candidate should be able to start smoothly and operate in sequence; 5. Master the methods of fixed-point parking and intersection U-turns.

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What is the overtaking distance for Subject 3 driving test?

Subject 3 overtaking distance is 150 meters. Below are the relevant details: Subject 3 overtaking distance: The overtaking distance for Subject 3 driving test is set at 150 meters. Candidates must complete the overtaking maneuver within this 150-meter range. If affected by vehicles behind, the overtaking action may be aborted. Subject 3 overtaking procedure: When candidates hear the instruction "Please complete the overtaking action," they should first activate the left turn signal (must wait 3 seconds before overtaking), check the rearview mirror to observe traffic conditions behind, and only proceed to the left lane when safe. During overtaking, maintain sufficient safety distance from the vehicle being overtaken. Simultaneously activate the right turn signal (must wait 3 seconds before returning), check the right rearview mirror to observe right lane traffic conditions, and return to the original lane when safe. Note: Never overtake from the right side - doing so will result in immediate disqualification.

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How to Reset the Tire Pressure Warning on the New Lavida?

Steps to reset the tire pressure warning on the new Lavida: 1. Press the MENU button on the turn signal lever, navigate to the tire pressure display option in the mileage/fuel information menu, then press the Set and CIr buttons; 2. The driver information center will display "Tire Pressure Relearn," select "Yes," then press the Set and Clr buttons, and the horn will sound twice; 3. The driver information center will display "Tire Pressure Learn Enabled"; 4. At this point, the left front turn indicator will stay lit, increase or decrease the left front tire pressure to 8.3 kPa, and the horn will sound to stop the pressure adjustment; 5. Next, the right front turn indicator will stay lit, followed by the right rear and left rear indicators in sequence, repeat the pressure adjustment for the remaining three tires; 6. Once all four tires are adjusted, the turn indicators will stay lit for 3 seconds, and the horn will sound twice, indicating the completion of the tire pressure learning process. The new Lavida is a compact sedan under the Volkswagen brand, featuring a 4-door, 5-seat configuration with dimensions of 4670mm, 1806mm, 1474mm, and a wheelbase of 2688mm.

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What engine does the BYD M6 use?

The engine of the BYD M6 is a domestically produced engine, manufactured by Shenyang Aerospace Mitsubishi Automobile Engine Manufacturing Co., Ltd. The 2.0L version of the BYD M6 uses the BYD483QB engine model, with a maximum power of 103 kW and a maximum torque of 186 Nm; The 2.4L version uses the 4G69 engine model, with a maximum power of 118 kW and a maximum torque of 215 Nm. For daily maintenance of the BYD M6 engine, the following methods can be used: Use lubricating oil of appropriate quality grade. For gasoline engines, SD--SF grade gasoline engine oil should be selected based on the additional devices of the intake and exhaust systems and usage conditions; for diesel engines, CB--CD grade diesel engine oil should be selected according to the mechanical load, with the selection standard not lower than the requirements specified by the manufacturer; Regularly change the engine oil and filter. The quality of any grade of lubricating oil will change during use. After a certain mileage, its performance deteriorates, leading to various engine problems. To avoid malfunctions, the oil should be changed regularly according to usage conditions, with an appropriate oil level maintained; When oil passes through the fine holes of the filter, solid particles and viscous substances in the oil accumulate in the filter. If the filter is clogged and oil cannot pass through the filter element, it may rupture the filter element or open the safety valve, allowing oil to bypass through the bypass valve and carry contaminants back to the lubrication areas, accelerating engine wear and increasing internal contamination; Regularly clean the crankcase. During engine operation, high-pressure unburned gases, acids, moisture, sulfur, and nitrogen oxides from the combustion chamber enter the crankcase through the gap between the piston rings and cylinder walls, mixing with metal powder from component wear to form sludge. In small amounts, it remains suspended in the oil; in large amounts, it precipitates, clogging filters and oil passages, making engine lubrication difficult and causing wear; Regularly use a radiator cleaner to clean the radiator. Removing rust and scale not only ensures the engine operates normally but also extends the overall lifespan of the radiator and engine.

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Which one is the air recirculation mode, a or m?

Both a and m represent air recirculation modes, where m stands for manual air recirculation and a for automatic air recirculation. If the air quality outside the vehicle is poor with severe pollution, the a mode will automatically select air recirculation. Choosing between air recirculation and fresh air mode: Consider road conditions: On highways, it's advisable to use the fresh air mode. Firstly, due to wind resistance and high speed, opening windows is not suitable. Prolonged use of air recirculation can lead to brain hypoxia, impairing reaction and judgment, which is highly dangerous. Secondly, the air quality on highways is generally good with low exhaust concentration, making fresh air mode a suitable choice. In urban areas, especially during congested traffic or peak hours when vehicle exhaust concentration is high, it's best to switch to air recirculation. Consider vehicle condition: New cars typically contain higher concentrations of toxic gases like formaldehyde. Therefore, for the first three to six months after purchasing a new car, it's recommended to use the fresh air mode along with opening windows to enhance air circulation and dilute the concentration of toxic gases inside the car. Function of fresh air mode: The fresh air mode ventilates the car interior, expelling stale, oxygen-depleted air and bringing in fresh air. In winter, if the heater is on, remember to switch to fresh air mode to avoid dizziness and chest tightness. Function of air recirculation mode: Air recirculation helps maintain a constant temperature inside the car. In winter, it keeps the interior warm, and in summer, it retains the cool air. However, prolonged use of air recirculation can lead to an increase in carbon dioxide exhaled by passengers, resulting in stale air. Therefore, it's good practice to switch to fresh air mode every hour to refresh the air. Air recirculation prevents the entry of external pollutants. Activating air recirculation closes the airflow channel, stopping external air from entering. When the fan is off, there's no airflow, and when it's on, it circulates the air inside the car. This effectively blocks external pollutants from entering the vehicle. For instance, during sandstorms, smog, congested roads, or construction zones, air recirculation should be activated to prevent pollutants from entering the car.

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What are the benefits of applying film to a car's front windshield?

The benefits of applying film to a car's front windshield include blocking ultraviolet rays, reducing heat, preventing injuries from shattered glass, and minimizing glare. Additionally, it helps protect interior items and occupants from UV damage and lowers the cabin temperature through physical reflection. Car window film is a thin layer applied to the front and rear windshields, side windows, and sunroof, also known as solar film or heat-insulating film. According to regulations, the front windshield's light transmittance must exceed 70% to ensure driving safety.

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What are the speed ranges for 1st, 2nd, 3rd, and 4th gears in a manual transmission?

What are the standards and requirements for straight-line driving in Subject 3?

What is the overtaking distance for Subject 3 driving test?

How to Reset the Tire Pressure Warning on the New Lavida?

What engine does the BYD M6 use?

Which one is the air recirculation mode, a or m?

What are the benefits of applying film to a car's front windshield?

How to Fix a Seatbelt That Won't Pull Out?

What type of oil does the Cavalier use?

How to Replace the Cabin Air Filter in the Tiguan L?

Do Domestic Teslas Qualify for National Subsidies?