What is the difference between 98H and 98V tires?

Does a Larger Displacement Consume More Fuel?

Under normal engine conditions, there is a proportional relationship between fuel consumption standards and displacement standards. Generally, cars with larger displacements consume more fuel. Here is more information about car displacement: 1. Car displacement is an important parameter for measuring a vehicle. It represents the size of the engine more accurately than the bore diameter and the number of cylinders. Many indicators of the engine are closely related to displacement. 2. The working volume that the piston moves from the top dead center to the bottom dead center is called the cylinder displacement. If the engine has multiple cylinders, the sum of the working volumes of all cylinders is called the engine displacement. Typically, a larger displacement means the engine releases more energy per unit time (i.e., converting the chemical energy of the fuel into mechanical energy).

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How to Check ETC Consumption on Highways?

On the ETC inquiry platform, enter the username and ID number. After confirmation, click "Bind ETC Card Account" and input relevant information such as the ETC card number and license plate number. Here is some extended information about highway ETC: 1. ETC is an electronic toll collection system that does not require stopping. ETC dedicated lanes are for vehicles equipped with ETC onboard units, using electronic toll collection. 2. ETC (Electronic Toll Collection) is currently the most advanced toll collection method for roads and bridges worldwide. It utilizes dedicated short-range microwave communication between the onboard electronic tag installed on the vehicle's windshield and the microwave antenna in the ETC lane at the toll station. 3. It employs computer networking technology to process background settlements with banks, thereby achieving the effect of vehicles passing through toll stations without stopping to pay toll fees.

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What Causes the Rumbling Sound When Front Wheels Go Over Uneven Roads?

Damaged shock absorber pivot bearings or aged buffer rubber on front wheel shock absorbers are common causes of the clunking sound when front wheels go over bumps. Below are detailed reasons and solutions: 1. Aged Buffer Rubber: The connection points between shock absorbers and the vehicle body are equipped with buffer rubber. Over time, rubber products will inevitably harden due to aging; when hardened rubber is compressed, it produces a clunking sound. Solution: Simply replace the aged rubber on the shock absorbers. 2. Damaged Shock Absorber Pivot Bearings. Solution: If the shock absorber is damaged or leaking oil, it needs to be replaced; it is advisable to opt for original equipment manufacturer (OEM) parts when replacing shock absorbers, as OEM parts offer more reliable quality.

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How to Turn Off the Recording Function of a Dash Cam?

To turn off the recording function of a dash cam, follow these steps: 1. Power on the dash cam to wake it up, then click on the settings. 2. Scroll down to find the recording function in the settings. 3. Click the OK button in the lower right corner. 4. After entering the recording settings, select 'Turn Off' and click the OK button to disable the recording function. Here is more information about car dash cams: 1. Most dash cams use the H.264 compression format. 2. Typically, a 1-minute clip at 720p resolution is about 60MB in size. 3. Properly selecting the recording interval and storage capacity helps in timely evidence collection in case of an accident. A 1-minute interval is generally recommended.

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What are the precautions for novice drivers driving on highways at night?

Novice drivers should pay attention to the following points when driving on highways at night: 1. Be familiar with and proficient in operating various indicator lights on the vehicle. 2. Do not exceed the speed limit on highways. 3. Maintain a safe distance between vehicles. 4. Signal when overtaking. In addition to turning on the overtaking light and checking the rearview mirror, honk to alert the vehicle ahead before overtaking. 5. Avoid blind spots as quickly as possible, especially those of large trucks. 6. Frequent lane changes are not recommended. If lane changing is necessary, it is best to do so when there are no vehicles behind. 7. Strictly adhere to highway traffic rules; do not exceed the speed limit in designated areas. 8. Never drive while fatigued. The correct approach is to take a break at the nearest service station every 4 hours before continuing the journey.

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How to Put the Oil Dipstick Back After Pulling It Out?

The oil dipstick is generally located next to the engine. To put it back, simply insert it directly and push it all the way in. Below are the relevant steps for reinserting the oil dipstick: 1. When checking the oil, ensure the vehicle is on a flat surface and the side stand is deployed. After starting the engine, wait for two to three minutes, then unscrew the dipstick, wipe off the oil residue, and reinsert it without tightening. Some dipsticks are located on top, while others are on the side. 2. The oil dipstick has a distinct feature—a pull ring—making it easy to identify. To use it, pull out the dipstick with a towel (or soft paper), wipe it clean, then reinsert it into the dipstick slot of the engine until it is fully seated.

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What is the difference between 98H and 98V tires?

Does a Larger Displacement Consume More Fuel?

How to Check ETC Consumption on Highways?

What Causes the Rumbling Sound When Front Wheels Go Over Uneven Roads?

How to Turn Off the Recording Function of a Dash Cam?

What are the precautions for novice drivers driving on highways at night?

How to Put the Oil Dipstick Back After Pulling It Out?

Does Driving in the Rain Affect the Engine?

What are the reasons why the Haval H6 trunk cannot be opened?

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What Kind of Behavior is Driving Against Traffic?