What are the differences between the GW250F and GW250S models?

Is the car body parallel with the front wider and the rear narrower?

The car body is parallel with the front wider and the rear narrower. Through the rearview mirror, you can see from the front to the rear of the car with a difference in distance. If what you see is parallel, in reality, it is not parallel. If you see parallel from the left rearview mirror, the front of the car is actually turning to the left. In this case, when viewed from the right rearview mirror, it originally leans to the left. More relevant information is as follows: 1. Note: When reversing, if the car body in the rearview mirror appears wider in the front and narrower in the rear relative to the roadside line and does not turn, it means the car is moving straight backward. If you see the car body parallel to the roadside line or narrower in the front and wider in the rear in the left rearview mirror, the front of the car is leaning to the right, and you should slightly turn the steering wheel to the left to adjust the vehicle. 2. Training method for reversing in a straight road: Drive forward, stop when the car is parallel to the roadside line, observe the image in the rearview mirror, and remember to look at the rearview mirror when reversing. You can also stick your head out of the window, stop when you see the left side of the car parallel to the left marking line, observe the image in the rearview mirror, and use the same method for the right side. Once you remember this, you won’t deviate when reversing by looking at the rearview mirror.

5

Share

How Far Can a Car Go After the Fuel Light Comes On?

When the fuel light comes on, a car can typically travel 30-100 kilometers. Under normal circumstances, when the fuel light illuminates, most vehicles can still cover a distance of 30 to 100 kilometers. However, in heavy traffic conditions, this range may be reduced by about one-third. For particularly fuel-efficient cars, the distance might be even greater. It is generally safe to drive within 20 kilometers after the fuel light comes on, but beyond that, caution is advised, and it's best to prepare gasoline in advance. 1. Information about the fuel light: When the fuel gauge's yellow light comes on, a car can usually travel about 50 kilometers under normal road conditions. This is a standard set during vehicle design, ensuring that regardless of the vehicle's fuel consumption rate or the size of the fuel tank, the 50-kilometer range is maintained. This is a common practice, and it's advisable not to wait until the fuel light comes on before refueling. 2. Purpose of the fuel gauge: As is well known, the fuel gauge consists of a fuel level sensor and an indicator. Its primary function is to inform the driver of the remaining fuel. When the fuel light turns on, it indicates that the vehicle is low on fuel and requires prompt refueling.

5

1

Share

Where is the cabin air filter located in a Nissan Sunny?

The cabin air filter in a Nissan Sunny is located behind the glove compartment on the passenger side. Here are additional details about the Nissan Sunny: 1. Exterior: The 2016 Nissan Sunny measures 4456mm in length, 1696mm in width, and 1514mm in height, with a wheelbase of 2600mm. It features a trapezoidal front grille design with chrome trim. The side profile displays rounded lines with the highest point at the vehicle's midsection, giving it a somewhat retro appearance. 2. Interior: The cabin adopts a dual-tone design combining light and dark gray shades, complemented by maple wood trim for an overall elegant aesthetic. 3. Powertrain: The 2016 Sunny exclusively comes with a 1.5L engine producing 82kW maximum power and 139Nm peak torque. Paired with a CVT transmission, it achieves a top speed of 175km/h with a 0-100km/h acceleration time of 12.8 seconds.

8

4

Share

Shift Gear First or Depress the Clutch First?

Depress the clutch first. The correct procedure is: start the car, then depress the clutch, shift into first gear, and slowly release the clutch to begin moving. 1. Manual transmission: When shifting gears in a manual transmission car, first release the accelerator pedal, then depress the clutch completely, shift gears, and then press the accelerator again. Depressing the clutch without releasing the accelerator first can cause the clutch to disengage at high RPMs, which may burn out the clutch disc over time. 2. Correct sequence for gear shifting: The proper sequence for shifting gears is: release accelerator, depress clutch, shift gear, slowly release clutch while gently applying throttle. 3. Precautions for manual transmission operation include: (1) Master clutch pedal operation - develop the good habit of fully depressing it and releasing slowly; (2) Coordinate throttle and clutch - when starting, first shift to first gear, slowly release the clutch, apply throttle at the half-clutch point, and only fully release the clutch after the car begins moving.

20

2

Share

What's the reason for sudden loss of throttle response while driving?

If a vehicle suddenly loses power while driving normally, it might be caused by excessive carbon deposits. Due to carbon buildup, localized temperatures can become too high, leading to premature ignition of the air-fuel mixture by the carbon deposits before the spark plug fires. This is commonly known as engine knocking, which disrupts normal engine operation. The reasons for failure to start are as follows: 1. Check if the battery voltage is too low: Turn on the headlights and some electrical devices to observe whether there are noticeable dimming changes in the dashboard and interior lighting during the starting process. If dimming is confirmed, it indicates insufficient battery voltage. 2. Excessive carbon deposits in the intake system: Too much carbon buildup on components like the throttle body and idle air control valve can prevent the engine from achieving the required air-fuel ratio, resulting in failure to start. The repeated engagement of the solenoid and starter relay may produce a clicking sound.

16

0

Share

What is the normal range for car battery discharge?

The normal range for car battery discharge is around 45 milliamperes. The following are the reasons for car battery discharge: 1. Accidentally activating the anti-theft alarm; 2. Ground leakage from electronic components and circuits such as car electrical devices, wiring harnesses, sensors, controllers, and actuators; 3. Short circuit or oxidation shedding of battery plates leading to self-discharge and power loss; 4. Electrical switches not turned off when parking. The solutions for car battery discharge are: 1. Check whether the battery voltage and power generation are normal and whether the battery terminals are rusty; 2. Remove the negative terminal of the battery, set the multimeter to the maximum current range, connect the red probe to the negative cable, and connect the black probe to the battery terminal and secure it; 3. Turn off all electrical devices inside and outside the car, lock the doors, observe the current size, and adjust to the appropriate range.

11

0

Share

What are the differences between the GW250F and GW250S models?

Is the car body parallel with the front wider and the rear narrower?

How Far Can a Car Go After the Fuel Light Comes On?

Where is the cabin air filter located in a Nissan Sunny?

Shift Gear First or Depress the Clutch First?

What's the reason for sudden loss of throttle response while driving?

What is the normal range for car battery discharge?

Is a Car Radiator Burst a Serious Problem?

What Types of Vehicles Can a B1 Driver's License Drive?

How Many Liters of Brake Fluid Are Needed for Replacement?

What license plate is used for hybrid vehicles?