What to Do If You Fail the Make-up Exam for the Driver's License Law Learning and Point Reduction Test?

1 Answers
LeBraxton
07/29/25 3:10pm
If you fail the Law Learning and Point Reduction test, you can apply for a make-up exam within 24 hours. If you fail both make-up exams, the point reduction for this learning session will not be successful. There is no limit to the number of times you can take the Law Learning and Point Reduction test, meaning if you fail, you can reapply and go through the learning and testing process again. Here is some additional information: 1. Test Content: The Law Learning and Point Reduction test covers regulations related to roads and driving, as well as traffic safety laws. It is closely related to the content of Subject One and Subject Four of the driver's license test. Reviewing the knowledge for Law Learning and Point Reduction not only helps you learn and master more driving techniques and regulations but also allows you to reduce points on your driver's license, achieving two goals at once. 2. Point Reduction Limit: There is a limit to the number of points you can reduce through Law Learning and Point Reduction. Within one scoring cycle, you can accumulate a maximum of six points reduced. Once you have reduced six points in a scoring cycle, you will no longer be eligible for further reductions. Of course, this point reduction policy also means that your driver's license can tolerate a few more points being deducted.
Was this review help?
3
2
Share
More Forum Discussions

What Does the Maintenance Reminder Light Icon Look Like?

The maintenance reminder light icon is a small wrench, which serves as a signal to remind the driver to perform vehicle maintenance. It is purely a reminder and does not indicate any fault in the vehicle. This icon needs to be manually reset after each maintenance service. If forgotten, it will continue to display even after maintenance has been performed. Vehicle maintenance precautions: 1. Pay attention to the cleanliness of the work area. Before closing other covers and the engine hood, carefully check to ensure that no removed parts, rags, tools, or other items are left behind. Only close them after confirming nothing is left. 2. Be cautious of rotating components and take protective measures during road tests. When the engine is running, keep hands, clothing, and tools away from the rotating fan and fan belt. During test drives, ensure all parts of the vehicle are in a condition that guarantees safe stopping and effective steering. Test vehicles must have clear identification marks. All occupants must wear seat belts, and tests should be conducted on designated test tracks. 3. Avoid damaging the vehicle's paint with brake fluid, as it can quickly dissolve the paint film. Extra caution is required when handling it. 4. Beware of burns. Components of a recently turned-off engine can be very hot. Handle with care. If the engine is extremely hot, do not remove the radiator cap or loosen the drain switch to prevent burns. 5. Prevent fires. Maintenance often involves the use of cleaners and fuels, which are flammable and explosive. Always ensure proper fire safety measures are in place during maintenance.
17
3
Share

Is there an essential difference between multi-point fuel injection and direct injection?

In a multi-point fuel injection engine, the injectors are installed on the intake manifold, where fuel and air begin to mix before entering the cylinder for combustion. In contrast, direct injection technology injects fuel directly into the cylinder. There is an essential difference between the two. The following are the differences between multi-point fuel injection and direct injection: 1. Difference one: different working methods. Multi-point fuel injection, as the name suggests, has more than one injection hole on each injector. It directly injects fuel into the intake manifold of each cylinder, which then enters the corresponding combustion chamber, with one injector per cylinder. Direct injection sprays fuel directly into the cylinder, where it mixes with air to form a combustible mixture. This maximizes the efficiency of every drop of fuel but places higher demands on the injector due to the high-temperature and high-pressure environment inside the cylinder. The injection pressure is also further increased to atomize the fuel more finely, achieving precise proportional control of fuel injection and air mixing while eliminating the drawbacks of external cylinder injection. Multi-point injection is widely used due to its high control precision and other reasons. 2. Difference two: different target users. For family cars, multi-point fuel injection is the better choice as it is more reliable, has lower maintenance costs, and does not necessarily result in very high fuel consumption. Although direct injection theoretically has many advantages, it is not as practical in use. Direct injection is a trend, but its advantages cannot fully replace those of multi-point injection.
15
4
Share

Methods for Inspecting Vehicle Body Damage?

Inspect the vehicle compartment, especially protrusions on both the interior and exterior, body panels and protective plates, door and window glass, etc., to ensure they meet technical requirements. All components should be complete, functional, and securely connected. The fixing of doors and interior handrails, as well as the connection of hanging rings, should be reliable, and the guardrails at hinged sections should be intact. Below are the common levels of vehicle body damage: 1. Minor Damage: Damage to the car's headlights and the area around them, with scratches, abrasions, or paint peeling on the surface. 2. Light Damage: Damage to the car's front face and headlights, damage to the front fenders, or minor damage to a specific part of the car body. During operation, any accident, regardless of its severity, can cause light damage to the car body, including slight deformation of sheet metal and paint damage. 3. Moderate Damage: Damage to the car's front face, front fenders, engine hood, front windshield, front pillar surrounds, rear fenders, trunk lid, and door pillars. 4. Severe Damage: Damage to the car's front face, engine hood, front and rear fenders, as well as doors, rear swing, trunk lid, and even damage to the roof and floor of the car body, with deformation occurring in the front, middle, and rear compartments. More severe accidents often result in significant damage to the car body. 5. Rollover and Severe Collision Damage: In cases of severe collisions or accidental rollovers, alongside causing injuries or fatalities to passengers, the car body suffers severe damage, with the entire vehicle undergoing significant deformation.
20
0
Share

What brand is Atlas tires?

Atlas is a tire brand under the American Linglong Tire company, which also produces off-road tires specifically designed for unpaved surfaces. As early as 1935, Atlas collaborated with Goodyear to manufacture tires, becoming a benchmark in the U.S. tire market. In 2009, it was acquired by China's Ruyi Group and officially entered the Chinese market in 2017. Tires are circular elastic rubber products mounted on various vehicles or machinery that roll on the ground. Tires are often used under complex and demanding conditions. During operation, they endure various deformations, loads, forces, and extreme temperature effects. Therefore, they must possess high load-bearing capacity, traction performance, and cushioning performance, along with high wear resistance and flex resistance, as well as low rolling resistance and heat generation. They directly contact the road surface and work with the vehicle's suspension to absorb shocks during driving, ensuring good ride comfort and smoothness. They also ensure excellent adhesion between the wheels and the road, improving the vehicle's traction, braking, and off-road capabilities while bearing the vehicle's weight. For daily use of Atlas tires, pay attention to the following points: Regularly check the tire surface for cracks, deformations, or other defects. Due to wear from driving, the tread grooves gradually become shallower. If the tread is worn flat, it loses its drainage and anti-slip functions, significantly reducing the vehicle's performance. Even small cracks can pose a risk of tire blowouts at high speeds. Additionally, promptly remove pebbles lodged in the grooves. Park on flat ground whenever possible. Avoid parking on roads with thick, sharp, or pointed stones. Do not park near or in contact with petroleum products, acids, or other materials that may degrade rubber. After parking, avoid turning the steering wheel, as this accelerates tire wear. Do not splash water to cool overheated tires. In hot weather or during high-speed driving, tires can overheat, and tire pressure may increase. In such cases, stop to allow the tires to cool naturally. Never release air to reduce pressure or splash water to cool the tires, as this can cause abnormal aging of the tread rubber. Avoid sudden braking. Try to minimize frequent or hard braking to prevent accelerated tread wear caused by dragging between the tires and the road.
19
4
Share

The Hazards of Driving onto Curb for Vehicles?

Here are the main hazards of driving onto curbs for vehicles: 1. Increased tire wear and potential damage to the tire sidewalls. 2. Shortened lifespan of shock absorbers. 3. Risk of undercarriage scraping, damaging the oil pan and suspension structure. 4. Harm to the steering gear and power steering system. Below are solutions to common issues: 1. Engine failure: Symptoms of failure to start may include no signs of starting when the ignition is turned on, the starter making noise but failing to turn, the starter turning but unable to crank the engine, or the engine being cranked by the starter but not starting. 2. Automatic transmission failure: Symptoms include slow acceleration, harsh shifting, high oil temperature, lack of high gear, failure to start, or inability to shift the gear lever. Most automatic transmission failures are caused by untimely maintenance and adjustments, apart from long-term wear and tear. 3. Steering wheel wobble or vibration: This occurs when the car exhibits unstable steering or shaking while driving. Causes may include excessive wheel runout, unbalanced wheels, loose steering components, incorrect front wheel alignment, or air in the power steering hydraulic system. 4. Brake failure: Symptoms include the inability to slow down or stop when applying the brakes, or sudden loss of braking effectiveness after one or multiple consecutive applications. Possible causes include brake fluid or air leaks, ruptured or disconnected brake lines, or failed brake seals. 5. Wiper malfunction: Symptoms include wipers not working or working weakly, incorrect sweep range or angle, indistinct speed variation, or inability to control speed. These issues may be related to failures or misalignments in the wiper motor, speed switch, or mechanical parts of the wiper linkage.
15
3
Share

What is the fuel consumption of the Audi A8?

Audi A8 has a total of 5 models on sale. Among them, the 2022 A8L 60 TFSI quattro Premium Collection Edition is equipped with a 460-horsepower engine, with an NEDC fuel consumption of 11.1L per 100km. The 2022 A8L 50 TFSI quattro Comfort Collection Edition and Luxury Collection Edition are equipped with a 286-horsepower engine, with an NEDC fuel consumption of 8.6L per 100km. The 2022 A8L 55 TFSI quattro Premium Collection Edition and Luxury Collection Edition are equipped with a 340-horsepower engine, with an NEDC fuel consumption of 8.6L per 100km. The fuel tank capacity of the Audi A8 is 82L. The distance each model can travel on a full tank of fuel is as follows: For models equipped with a 460-horsepower engine, the distance on a full tank is 82/11.1*100=738km. For models equipped with 286 or 340-horsepower engines, the distance on a full tank is 82/8.6*100=953km. The fuel consumption of a car is directly related to five major factors: driving habits, the car itself, road conditions, natural wind, and environmental temperature. Specific factors that increase fuel consumption are as follows: Driving habits: Aggressive driving, such as sudden acceleration, frequent overtaking, and not easing off the throttle before a red light, will increase fuel consumption. The car itself: Cars with larger engine displacements generally consume more fuel than those with smaller displacements because larger displacements usually mean higher power, requiring more gasoline to burn and perform work. Heavier cars also consume more fuel because greater weight requires more driving torque. Road conditions: Driving on dirt roads, muddy roads, soft surfaces, or mountainous roads increases resistance and fuel consumption. Natural wind: Driving against the wind or on windy days increases car resistance and fuel consumption. Low environmental temperatures: When the engine block is cold, the injected gasoline does not atomize easily during cold starts, requiring more gasoline to burn, which increases fuel consumption. Additionally, low temperatures prompt the engine computer to control higher RPMs to warm up the car, further increasing fuel consumption.
8
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.