What is the NIO's range in kilometers?

How to Clock In for Subject 2?

When starting the in-car practice, insert the study time card into the clock-in device and press your fingerprint or begin facial recognition to start the clock-in. After the practice session ends, remove the card from the clock-in device to complete the study time clock-in. Below is relevant information about Subject 2: 1. Introduction: Subject 2, also known as the small road test, is part of the motor vehicle driver's license examination and refers to the field driving skills test. 2. Subject 2 Test Items for Small Vehicles (C1/C2): Includes five mandatory test items—reverse parking, parallel parking, stopping and starting on a slope, right-angle turns, and curve driving (commonly known as S-turns). Some regions may include a sixth item, highway card collection. 3. Subject 2 Test Items for Large Vehicles (A1/A2/A3/B1/B2): Includes pile test, stopping and starting on a slope, parallel parking, driving over a single-plank bridge, curve driving, right-angle turns, passing through a width-restricted gate, navigating continuous obstacles, driving on undulating roads, making U-turns on narrow roads, as well as simulated scenarios like highways, continuous sharp turns on mountain roads, tunnels, rainy (foggy) conditions, slippery roads, and emergency handling.

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What is spow20 engine oil?

spow20 engine oil belongs to the highest grade of engine oil, and many Japanese cars use this type of oil. 'sp' represents the quality grade of the engine oil, with sg, sj, sl, sm, and sp being the grades for gasoline engine oils, where sp is the highest grade. 'ow20' indicates the SAE standard viscosity value of the oil. Additional information: Functions of engine oil: 1. Lubrication: There is rapid relative sliding between pistons and cylinders, as well as between main shafts and bearing bushes. To prevent excessive wear of parts, an oil film needs to be established between the two sliding surfaces. A sufficiently thick oil film separates the surfaces of the relatively sliding parts, thereby reducing wear. 2. Auxiliary cooling: Engine oil has a relatively low specific heat value and is located inside the engine, so it does not inherently have a cooling effect. However, during engine operation, the oil can carry heat back to the oil tank and then dissipate it into the air, assisting the radiator in cooling the engine. The actual cooling is performed by the water (or antifreeze liquid) outside the engine casing. 3. Cleaning: High-quality engine oil can carry carbon deposits, sludge, and worn metal particles from engine parts back to the oil tank through circulation. The flow of the lubricating oil washes away dirt generated on the working surfaces of the parts.

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How to Deal with Excessive Car Voltage?

If the car voltage is too high, the solution is to repair the generator. Excessive voltage can damage the battery, easily harm the electronic control unit, and cause bulbs to burn out, leading to system-wide chaos. Therefore, the generator should be repaired as soon as possible. Additional Information: 1. Generator Working Principle: The generator operates based on electromagnetic induction, where the output voltage varies with the rate of change in the coil's magnetic field strength. In the generator, the rate of change in the magnetic field is regulated by the generator's rotation speed and the magnitude of the magnetic current, meaning the output voltage is determined by the generator's excitation current. 2. Generator Voltage: The generator voltage changes with the vehicle speed. When the speed is higher than the battery voltage, it can exceed the battery voltage by up to 30%. When the speed is lower than the battery voltage, it may drop to zero. 3. Voltage Regulator: Every car is equipped with a voltage regulator, which reduces the generator's high voltage to a suitable range for the car's use. When charging the battery, if the generator's voltage is too low, the regulator automatically draws current from the battery, ensuring the car always has a stable voltage supply.

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What Brand is ALPINA?

ALPINA is an independent brand based in Bavaria, Germany, specializing in modifying BMW cars. ALPINA is often regarded as a BMW tuner, but in reality, there is no subsidiary relationship between ALPINA and BMW, similar to the relationship between Brabus and Mercedes-Benz, where Brabus is also a manufacturer dedicated to modifying Mercedes vehicles. Vehicles produced by ALPINA only bear the ALPINA logo, with no BMW branding visible. ALPINA is also considered one of the smallest car manufacturers in Germany. ALPINA was founded in 1965 by German Burkard Bovensiepen (1936). The company was initially named Burkard Bovensiepen-KG and was located in Kaufbeuren, Bavaria, in southern Germany. Originally, the company's business was manufacturing typewriters. However, after Buckard successfully invested in stocks a few years later, he independently established a business for modifying and tuning BMW models, initially specializing in carburetor tuning and cylinder head improvements. ALPINA's production process is integrated into BMW's production line. For example, the ALPINA B7 is produced alongside the standard BMW 7 Series at BMW's production line in Dingolfing, Germany. Its 4.4-liter V8 engine is hand-assembled at ALPINA's headquarters in Buchloe before being transported to BMW's production line for installation. The completed ALPINA vehicles are then sent back to ALPINA headquarters for final refinements. Although ALPINA models are all based on BMW products, since the late 1970s when ALPINA became a TUV-certified car manufacturer, its models have been registered as ALPINA-produced rather than BMW. Nevertheless, people can purchase ALPINA models through many BMW dealerships and also receive maintenance services at these dealerships. Although ALPINA is an independent brand, the BMW models it modifies exhibit superior performance and configurations. ALPINA can modify almost all BMW products, such as the 3 Series, 5 Series, 7 Series, 6 Series, and Z4. ALPINA originates from BMW but surpasses it. The collaboration between ALPINA and BMW began in car racing. By providing engine components, ALPINA significantly enhanced the performance of BMW race cars, transforming from a parts supplier to a research and development institution for BMW racing cars. Technically: In terms of chassis and suspension tuning, ALPINA has upgraded the power and significantly improved safety. It employs modified turbocharging and braking systems, and ALPINA also enhances the exterior and interior of the cars to make them more sporty.

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Which manufacturer produces Westlake tires?

Westlake tires are a brand under the Zhongce Rubber Group Co., Ltd. The Westlake tire product line has covered passenger car tires, truck and bus tires, as well as agricultural tires, with each series offering a variety of performance tires to meet consumers' personalized needs. Maintenance methods for Westlake tires: 1. Develop good driving habits: If the owner frequently accelerates too hard, makes sudden turns, brakes abruptly, or parks by driving over curbs, these habits can cause severe tire wear. Therefore, the most direct and effective way to maintain tires is to develop good driving habits. 2. Ensure proper inflation pressure: In winter, due to low temperatures, the principle of thermal expansion and contraction means that tire pressure may be insufficient. Therefore, it is advisable to slightly increase the tire inflation pressure in winter to reduce wear. In cold winters, it is recommended to use an inflation pressure 10%-15% higher than the standard, but it should not exceed the maximum inflation pressure specified in the product manual. 3. Avoid excessive tire pressure: In summer, tire pressure tends to be higher, and many owners pay attention to tire pressure to prevent blowouts. However, it is important to note that tire pressure changes with temperature, so it is best to measure tire pressure at room temperature.

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Failed the Driving Test (Subject Two) Twice and Feeling Stressed, What Should I Do?

It's important to identify your issues promptly, focus on repeated practice, let go of past frustrations, learn to adjust your mindset, and register for the test with confidence. Below is relevant information about Subject Two: 1. Introduction: Subject Two, also known as the Small Road Test, is part of the motor vehicle driver's license assessment and refers to the field driving skills test. 2. Test Items for Small Vehicles (C1/C2): Includes five mandatory items—reverse parking, parallel parking, stopping and starting on a slope, right-angle turns, and curve driving (commonly known as the S-curve). Some regions may include a sixth item, such as high-speed toll card collection. 3. Test Items for Large Vehicles (A1/A2/A3/B1/B2): Includes pile test, stopping and starting on a slope, parallel parking, passing a single-plank bridge, curve driving, right-angle turns, passing through a narrow gate, passing continuous obstacles, driving on bumpy roads, U-turns on narrow roads, as well as simulated scenarios like highways, continuous sharp mountain turns, tunnels, rain (fog) conditions, slippery roads, and emergency handling.

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What is the NIO's range in kilometers?

How to Clock In for Subject 2?

What is spow20 engine oil?

How to Deal with Excessive Car Voltage?

What Brand is ALPINA?

Which manufacturer produces Westlake tires?

Failed the Driving Test (Subject Two) Twice and Feeling Stressed, What Should I Do?

How Long After Painting a Car Can It Be Washed?

Can license plates be transferred to others?

What Are the Types of Brakes?

What Causes the Throttle of a Single-Cylinder Diesel Engine to Fluctuate?