How to use the S gear in Corolla Hybrid?

Can You Ride a Motorcycle with a Car Driver's License?

You cannot ride a motorcycle with a car driver's license. Holding any type of car driver's license does not permit you to operate a motorcycle, as none of the permitted vehicle types under a car driver's license include motorcycles. Motorcycle license requirements: The licenses required to ride a motorcycle are D, E, and F licenses. A D license allows you to ride all two-wheeled and three-wheeled motorcycles, an E license permits riding all two-wheeled motorcycles, and an F license only allows riding lightweight motorcycles with an engine displacement below 50CC. If you ride a motorcycle with a car driver's license, it constitutes driving a vehicle type not permitted by your license and is considered unlicensed driving. Penalties may be imposed according to the regulations for driving a motor vehicle without a proper license, though they may be appropriately mitigated. Requirements for obtaining a motorcycle license: Article 14 of the "Regulations on the Application and Use of Motor Vehicle Driver's Licenses" states that if you already hold a motor vehicle driver's license and wish to add a permitted vehicle type, you must not have a full-point record in the most recent scoring cycle before applying. In temporary residence areas, the additional permitted vehicle types you can apply for include small cars, small automatic transmission cars, low-speed trucks, and three-wheeled vehicles. Article 43 of the same regulations specifies that the cumulative scoring cycle for road traffic safety violations (i.e., the scoring cycle) is 12 months, with a maximum of 12 points, calculated from the date the motor vehicle driver's license was first issued. According to the regulations, you must wait one year after obtaining a car driver's license (and must not have a full-point record in the most recent scoring cycle before applying) before you can apply to add a motorcycle license.

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How to deal with the illuminated OBD light in a diesel vehicle?

Here are the solutions for an illuminated OBD light in a diesel vehicle: 1. Clean the three-way catalytic converter, although for some vehicles, the light may still come back on after cleaning. 2. Repair the three-way catalytic converter. If cleaning doesn't resolve the issue, check whether the catalytic converter is damaged. If it is, proceed with repairs. 3. Replace the three-way catalytic converter. If the catalytic converter is beyond repair, it's best to use an original equipment manufacturer (OEM) part, as the quality of aftermarket parts may not be guaranteed. 4. Generally, an illuminated OBD light in a diesel vehicle indicates that the vehicle's exhaust emissions exceed the standard. However, since the OBD system monitors multiple components, it can be difficult to diagnose the issue on your own. Therefore, it's advisable for the owner to visit a repair shop or a 4S store, where professional technicians can read the fault codes to identify and fix the problematic components.

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What are the classifications of car noise?

Car noise can be classified into engine noise, tire noise, wind noise, and chassis noise. Below are detailed explanations and solutions for each: Engine Noise: If the engine noise is noticeable when the car is cold but disappears after warming up, it is likely because the car has been parked for a long time, causing the lubricating oil to flow back into the oil pan. During a cold start, the oil pump cannot immediately establish oil pressure, preventing the formation of an oil film between components. This is especially true for the valves in the cylinder head (upper part), which do not receive lubrication during a cold start. Whether it's hydraulic lifters or mechanical rocker arms, there will be some valve clearance, or the timing chain may not function properly due to insufficient oil pressure, leading to a ticking sound. In such cases, it is advisable to visit a repair shop promptly. Tire Noise: All vehicles have tire noise, though the level varies. Tire noise is generally caused by air flow through the gaps in the tire tread, creating air noise. Since tires are made of rubber, they tend to harden and age over time, leading to increased noise. New tires, with their better elasticity, perform well in terms of both noise reduction and comfort. If the tire noise is excessive, check if the tires have aged and consider replacing them if necessary. Wind Noise: Like tire noise, all vehicles experience wind noise, but it can be categorized into several types. One type is caused by pressure changes due to airflow separation around the vehicle body. Another is wind leakage or suction noise, which occurs when air is drawn into the cabin and body gaps, interacting with the surrounding airflow. The third type includes other noises, such as cavity resonance. Wind noise increases with higher driving speeds, so reducing speed appropriately can help mitigate it. Chassis Noise: This is typically due to issues with the shock absorbers. When the entire vehicle produces loud noises while driving over uneven surfaces, it's essential to inspect the shock absorbers, as severe oil leakage may be the cause.

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What Causes a Car to Shake Like Convulsions with Severe Power Loss?

The following are the reasons for car shaking: 1. Reason one: A dirty air filter can prevent sufficient air from entering the engine cylinders, leading to an imbalance in the air-fuel mixture ratio, which results in engine power loss and shaking. 2. Reason two: If the throttle body is too dirty, it may not close properly, causing a lean air-fuel mixture at idle, which leads to engine power loss and shaking. 3. Reason three: Excessive carbon deposits inside the engine can absorb some fuel during startup, resulting in a lean mixture. When the carbon deposits become saturated with gasoline, the engine starts to operate normally. However, when the mixture is ignited, the gasoline absorbed by the carbon deposits is drawn back into the cylinders by vacuum suction, causing an overly rich mixture. This alternating lean and rich condition leads to engine shaking.

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Can the truck still run with the water temperature in the 90s?

No. The normal working temperature of a truck's water temperature should be above 70 and below 85. Exceeding 90 means it is in a dangerous state and should not be driven. Otherwise, if the temperature is too high and boils over, the engine cylinder gasket may burst, and in severe cases, the cylinder head and block may deform. The reasons for high water temperature in a truck include the following: 1. Insufficient or improper coolant: Diesel engines operate at extremely high internal temperatures, so the coolant used must meet strict requirements. If the coolant is severely lacking, it cannot effectively dissipate the heat generated by the engine components, leading to overheating. 2. Insufficient cooling area: Diesel engines are designed with cooling water areas matched to their power and load. However, since most cooling fluids in water-cooled diesel engines consist of water mixed with ethylene glycol, some may even add tap water in summer. Over long-term use, if the coolant quality is poor, it can lead to scale buildup in the cooling tubes, blocking them and reducing cooling efficiency. 3. Thermostat failure: The thermostat automatically adjusts the amount of water entering the radiator based on the coolant temperature, changing the water circulation range to regulate the cooling system's efficiency and ensure the engine operates within the proper temperature range. If the thermostat fails, the vehicle's cooling system may not engage in a full circulation, causing the water temperature to rise. 4. Cooling fan malfunction: When the vehicle runs at high speeds, the heat generated cannot be transferred to the coolant in time, affecting cooling and leading to increased coolant temperature, which may cause boiling. 5. Water pump failure: Pump failures include seized bearings and damaged impellers. Seized bearings are rare, but impeller damage, such as cracking or detachment from the pump shaft, can slow down coolant circulation, leading to engine overheating. 6. Delayed engine fuel injection: Unburned diesel can cause the diesel engine to overheat, and increased cylinder head temperature can also lead to engine coolant overheating.

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What are the requirements for the Subject 3 driving test?

Subject 3 test requirements are as follows: 1. Observe the surrounding road conditions: Before starting, the candidate needs to observe the surrounding road conditions to determine if it is suitable to start. If the candidate starts without observing, the safety officer may suspend the test on the grounds of "dangerous driving." Road conditions should also be observed at intersections and other locations to avoid hazards. 2. Remember to fasten the seat belt: After adjusting the seat and mirrors, the candidate should immediately fasten the seat belt. Many people might forget due to nervousness and proceed directly to the starting operation, but the test could end before the starting action is completed. 3. Match gear speed appropriately: When passing crosswalks, school zones, bus stops, and other locations, it is necessary to slow down and shift to a lower gear in advance. During the test, candidates might be too nervous and only remember to shift down but forget to slow down, resulting in a mismatch between gear and speed, causing the car to shake continuously and leading to a failed test.

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How to use the S gear in Corolla Hybrid?

Can You Ride a Motorcycle with a Car Driver's License?

How to deal with the illuminated OBD light in a diesel vehicle?

What are the classifications of car noise?

What Causes a Car to Shake Like Convulsions with Severe Power Loss?

Can the truck still run with the water temperature in the 90s?

What are the requirements for the Subject 3 driving test?

What Causes the Rattling Noise When a Camry Goes Over Bumpy Roads?

What to Do When Your Car Gets Hit

What to Do If You Accidentally Fill 95 Gasoline with 92?

What does the tire code 205/55/R16 91V mean?