Under what circumstances should a straight-going vehicle yield to a turning vehicle?

1 Answers
KatherineFitz
07/29/25 10:46pm
Circumstances where a straight-going vehicle should yield to a turning vehicle are as follows: If the driver encounters a yield sign while driving, even when entering the intersection in a straight-going manner, they must yield to vehicles merging or turning from other intersections; At intersections with traffic lights, if the right-side vehicle's direction has turned red, but vehicles within the intersection have not completely passed through, and the straight-going lane on this side has a green light, the vehicles that entered the intersection first should be allowed to proceed; For vehicles exiting from the main road to the auxiliary road, compared to vehicles traveling on the auxiliary road, their right-side blind spots are larger due to the obstruction of the main-auxiliary road divider, making it difficult to observe the path of auxiliary road vehicles. Additionally, although the speed of vehicles exiting the main road is decreasing, it remains relatively high, which can easily lead to severe traffic accidents. Therefore, auxiliary road vehicles must yield to main road vehicles; On urban main roads, some auxiliary road entrances merging into the main road will have merging lanes with turning guides, and there will also be corresponding guide lanes before the entrance to direct main road vehicles to yield to vehicles entering from the front. If a vehicle proceeds straight into the guide lane and collides with an auxiliary road vehicle turning into the main road, the vehicle that entered the guide lane will bear full responsibility; When traveling in the same direction, the vehicle in front has the right of way over the vehicle behind. Therefore, whether the front vehicle is turning or making a U-turn, it has priority over the straight-going vehicle behind. According to the Road Traffic Safety Law, when the front vehicle is turning left or making a U-turn, the rear vehicle is prohibited from overtaking.
Was this review help?
11
1
Share
More Forum Discussions

What is the displacement of 280TSI?

280TSI is equivalent to a 1.4T displacement, typically the high-power version of the EA211 engine. Here is more information about car displacement: 1. Displacement is a specialized term in hydraulic transmission, referring to the volume of fluid inhaled or discharged per stroke or cycle. Car displacement is an important parameter to measure a vehicle. Generally, the larger the displacement of a car, the higher the fuel consumption per 100 kilometers. 2. The classification of Chinese passenger cars is determined by the size of the displacement. The displacement of a mini car is less than or equal to 1.0L; the displacement of an ordinary car ranges from 1.0 to 1.6L; the displacement of a mid-size car ranges from 1.6 to 2.5L; the displacement of a mid-to-high-end car ranges from 2.5 to 4.0L; the displacement of a high-end car is greater than 4.0L.
7
1
Share

Can a Car Be Transferred After Being Mortgaged?

A car cannot be transferred after being mortgaged, as the mortgage only involves the right to use the car, not the ownership. Below are some precautions to consider when purchasing a mortgaged car: 1. Source of the Mortgaged Car: Ensuring the mortgaged car comes from a legal and legitimate source is fundamental to protecting your own interests. 2. Documentation of the Mortgaged Car: This includes the car's age, vehicle registration certificate, etc. Additionally, the seller should provide copies of the owner's ID card and other relevant documents. The buyer should verify these documents to ensure their authenticity, which can significantly reduce risks. 3. Type of Mortgage: It's important to distinguish whether the car is mortgaged to a bank under a loan agreement or to a lending institution, as the two scenarios differ. If the owner sells the car before fully repaying the bank loan, it is strongly advised not to purchase it, as failure to make timely payments could lead the bank to apply for the car's auction, resulting in significant financial loss for the buyer.
20
0
Share

What transmission is used in the Senova D50?

The transmission brand used in the Senova D50 is Aisin. Established in 1969, Aisin is a world-renowned professional developer and manufacturer of automotive automatic transmissions. In the field of automotive automatic transmissions, Aisin's products hold the world's highest market share. The Senova D50 is equipped with CVT transmission, 5-speed manual transmission, and 6-speed manual transmission. The continuously variable transmission (CVT) does not have specific gears. In operation, it is similar to an automatic transmission, but the change in speed ratio differs from the gear-shifting process of an automatic transmission—it is continuous, thus ensuring sustained and smooth power delivery. When using the Senova D50's transmission in daily driving, pay attention to the following points: Do not delay transmission oil changes for extended periods. Prolonged failure to change the transmission oil can damage internal components such as bearings and the housing. Avoid prolonged coasting in neutral. Many experienced drivers tend to coast in neutral when driving manual transmission vehicles. However, for automatic transmission vehicles, coasting in neutral can cause the transmission to overheat, and shifting back into D (Drive) mode may produce a noticeable jolt. Never shift into D/R gear before the vehicle comes to a complete stop. Some drivers, aiming for a "smooth" operation, shift into reverse while the vehicle is still moving, which can severely damage the transmission gears. Over time, this may lead to gear grinding or other malfunctions. Avoid frequently climbing steep slopes in D mode. On steep inclines, automatic transmission vehicles often overheat due to high load or may upshift too early, resulting in insufficient climbing power. In such cases, use manual mode to lock in lower gears or switch to sport mode to protect the transmission. Do not tow the vehicle over long distances. If an automatic transmission vehicle breaks down, use a flatbed tow truck to move it onto the tow platform while the transmission is in N (Neutral) mode. Never use a tow rope or drag the vehicle directly.
2
2
Share

How to Test if an Electric Vehicle Battery Has Power?

Electric vehicle battery testing methods are as follows: 1. Check the battery's power indicator: When the power indicator shows green, it indicates the battery has sufficient power and is in good condition. When the power indicator shows black, it means the battery is low on power and needs charging. When the power indicator shows colorless or light yellow, it indicates the battery power is almost depleted. 2. Measure the battery's static voltage: The nominal voltage of a car battery is 12V, but the actual voltage is slightly higher. With the engine off, use a multimeter to measure the voltage between the positive and negative terminals, which should be between 12.5~12.8V. If the measured voltage is below 11.5V, it indicates the battery is in a low-power state. If the measured voltage is below 10.9V, it means the battery power is almost completely exhausted.
7
5
Share

How many kilometers can a run-flat tire drive without air?

Run-flat tires can drive approximately 80 kilometers without air. The main purpose of run-flat tires is to prevent the vehicle from losing control in the event of sudden tire pressure loss. Below is an introduction to run-flat tires: 1. Introduction to run-flat tires: Run-flat tires, technically known as "pressure-retaining tires," rely on the inflated tire sidewall as the main support for the vehicle's weight, especially for tires with a larger aspect ratio (the ratio of tire height to width), where the sidewall is very "thick." 2. The difference between run-flat tires and ordinary tires: The sidewall of run-flat tires is very thick, and the inflated tire sidewall is the main support for the vehicle's weight. 3. The structure of run-flat tires: Run-flat tires consist of an outer tire, a common inner tire, a spare inner tire, a steel rim, a gas generator, a pressure sensor, and a control unit. Run-flat tires have special symbols after the specifications on the tire sidewall, which ordinary tires do not have.
5
5
Share

Why is Fuel Consumption Increasing?

There are several reasons why a car's fuel consumption may increase: 1. Insufficient tire pressure. Insufficient tire pressure increases the contact area between the tires and the road, leading to greater friction and driving resistance, which in turn raises fuel consumption. 2. Faulty ignition coil: A faulty ignition coil can cause some cylinders to stop working, reducing power output. However, fuel injection continues as usual without contributing to performance, thereby increasing fuel consumption. Here are some tips to reduce fuel consumption: 1. Maintain proper tire pressure: Both underinflation and overinflation of car tires are problematic. Underinflation increases friction and accelerates wear, while overinflation raises the risk of tire blowouts and damages the shock absorbers. 2. Keep the battery fully charged: A weak battery results in weaker sparks from the spark plugs, reducing ignition energy and increasing fuel consumption. Therefore, ensure the battery is always adequately charged and recharge it promptly when needed.
15
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.