How to Check the Condition of Shock Absorbers?

What are the three situations where you turn the steering wheel half a circle back during right reverse parking?

There are three situations where you don't need to turn the steering wheel back to center during right reverse parking: when you see the right corner of the parking space entrance, when the right rear wheel enters the parking space, and when you don't need to turn the steering wheel back to center at all. When reversing, you need to shift into reverse gear and slowly reverse the car. When the lower edge of the left rearview mirror aligns with the control line, quickly turn the steering wheel all the way to the right. The key to turning the steering wheel half a circle back during reverse parking is to observe the right rearview mirror. When the car body covers the middle dashed line in front of the parking space, turn the steering wheel half a circle back to the left. The first situation: no need to turn the steering wheel back to center, keep turning all the way to the right until the car is parked, then turn the steering wheel back to center when the car body is straight. The second situation: after seeing the right corner of the parking space entrance and turning the steering wheel back to center, keep the steering wheel steady until the right rear wheel enters the parking space (which means the bumper enters the parking space, as long as it's within the entrance of the parking space, it's considered entering the parking space), then quickly turn the steering wheel all the way to the right, and turn the steering wheel back to center when the car body is straight. The third situation: similarly, keep the steering wheel steady until the right rear wheel enters the parking space (which means the bumper enters the parking space, as long as it's within the entrance of the parking space, it's considered entering the parking space), then quickly turn the steering wheel all the way to the right, and turn the steering wheel back to center when the car body is straight.

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Can I Bring My Phone into the Car for Subject 2 Test?

You are not allowed to bring your phone into the car for the Subject 2 test, as the examiner may suspect cheating. Important notes for after entering the car during Subject 2: There is no time limit for starting after entering the car; first, close the car door and check if the door light turns off—this is crucial. Adjust the seatback to a 90-degree angle to your body and ensure it is stable by testing it forward and backward. Then, measure the height with your hand on your head to confirm it matches your usual practice height. If it's too low, use a seat cushion to adjust. Re-test the clutch: After fastening your seatbelt, re-test the clutch by pressing it all the way down with your left foot. Ensure your left leg has a slight bend to exert force; otherwise, readjust. Also, test the brake and accelerator to confirm everything is fine before starting the test.

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Is it necessary to practice driving every day?

There is no requirement to practice driving every day; it mainly depends on your own and the instructor's schedule. Here is some additional information: Learning Driving Certificate: After passing Subject 1, you will receive a Learning Driving Certificate, which is valid for three years. You must complete the Subject 2 and Subject 3 exams within this period, and you only have five attempts for each of these subjects. If you exceed the time limit or fail all five attempts, you will need to re-register for Subject 1. Regulations: You can apply to schedule Subject 2 10 days after passing Subject 1, and Subject 3 can be scheduled 10 days after passing Subject 2. Subject 4 can be scheduled anytime after passing Subject 3. Therefore, the fastest you can obtain a driver's license is about one month.

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What Causes Friction Noise Without Braking?

The reasons for friction noise without braking are as follows: Excessive wear of brake pads: The brake pads are too thin, exposing the metal, which causes the sensor on the brake pads to be worn out and trigger an alarm. Additionally, the friction between the metal of the brake pads and the brake disc can also produce noise. In this case, it is recommended to replace the brake pads and check whether the thickness of the brake disc meets the requirements. Sand or gravel between the brake disc and the brake pad: This situation usually occurs after the vehicle has driven through water, where mud or sand is brought into the gaps. When the brake pads and brake disc rub against each other, the temperature can reach 800-1200 degrees, making the brake pads very soft. Small stones can easily embed into the brake pads, causing sharp friction noises. Brake drag: Due to the brake piston not returning to its normal position after braking, the brake pads remain in a braking state, which can also produce certain abnormal noises during high-speed driving. Abnormal wear of the brake disc or brake pads: The brake disc may become deformed, damaged, dented, or raised due to external forces, while irregular wear of the brake pads can cause uneven surfaces, leading to friction noises even when braking.

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What causes the headlights of the new 3 Series to not turn off?

Damaged headlight switch, open or short circuit in the headlight switch wiring, or incorrect signals from the light and rain sensor on the windshield can all cause the headlights of the new 3 Series to not turn off. Check if the lights are functioning properly: During driving, vibrations from the car body can cause the direction of the light beam to shift, affecting driving safety. Regularly inspect the lights to ensure their direction is correct and brightness is not diminished. If any issues are found, adjustments should be made promptly. Replace bulbs periodically: Car headlight bulbs should typically be replaced every 50,000 kilometers or approximately every 2 years. It is advisable to replace bulbs regularly. It is best to replace both bulbs simultaneously to avoid uneven brightness between the two sides. Additionally, when selecting bulbs, avoid inferior quality ones and choose those suitable for your vehicle model.

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How Far Can a Car Go After the Maintenance Period?

It is generally safe to drive an additional 1,000 to 2,000 kilometers after the car's maintenance period. Below are extended details: Primary Maintenance (around 5,000 kilometers): This involves maintenance operations focused on tightening and lubrication for vehicles that have traveled a certain mileage. Tasks include inspecting and tightening exposed bolts and nuts on the vehicle, applying lubricant to designated areas, checking and topping up the oil levels in various assemblies, and cleaning air filters. Secondary Maintenance (around 10,000 kilometers): This involves inspection and adjustment-centered maintenance for vehicles that have traveled a certain mileage. In addition to the tasks in primary maintenance, it includes checking and adjusting the engine and electrical equipment, removing and cleaning the oil pan and oil filter, inspecting and adjusting the steering and braking mechanisms, removing and cleaning the front and rear wheel hub bearings, adding lubricants, removing and inspecting tires, and performing tire rotation. The goal is to maintain the optimal performance of all vehicle components, mechanisms, and assemblies, ensuring smooth operation between two secondary maintenance sessions.

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How to Check the Condition of Shock Absorbers?

What are the three situations where you turn the steering wheel half a circle back during right reverse parking?

Can I Bring My Phone into the Car for Subject 2 Test?

Is it necessary to practice driving every day?

What Causes Friction Noise Without Braking?

What causes the headlights of the new 3 Series to not turn off?

How Far Can a Car Go After the Maintenance Period?

What does engine bearing seizure mean?

How many years does an electric vehicle generally last before being scrapped?

Should You Downshift or Upshift When Going Uphill?

How Many Points Are Deducted for Not Yielding to Pedestrians?