···
Log in / Register

How to Adjust the Rearview Mirrors for Subject Two?

6Answers
MacArianna
07/28/2025, 12:21:02 PM

Method for adjusting the rearview mirrors in Subject Two: In the mirror image, the sky, ground, and car body should be divided in a certain proportion. 1. Left rearview mirror: In the mirror image of the left rearview mirror, adjust vertically so that the ground and sky each occupy half, and adjust horizontally so that the car body occupies 1/4, ensuring the lowest point of the wheel and its contact with the ground are visible. 2. Right rearview mirror: In the mirror image, adjust vertically so that the sky occupies 1/4 and the ground occupies 3/4, and adjust horizontally the same as the left rearview mirror, occupying 1/4. Functions of the rearview mirrors: 1. Observing road conditions: While driving, the driver can observe the road conditions on both sides through the rearview mirrors to perform operations such as lane changes and overtaking. 2. Reference points: During operations like parallel parking or reversing into a parking space, reference points can be observed through the rearview mirrors.

Was this review help?
103
Share
LaGabriel
08/11/2025, 04:36:15 PM

Adjusting the rearview mirrors for Subject 2 follows a key sequence: adjust the seat first, then the mirrors. After fixing the seat in your usual driving practice position, sit upright and start adjusting the left mirror. I prefer having the sky and ground each occupy half of the mirror's view, with the car body appearing in the left third of the mirror. It's essential to see the left rear wheel and ground markings. Pay even more attention to the right mirror—only a quarter of the car body should be visible, leaving more space for ground visibility to ensure you can clearly see the curb during right-angle turns. The rearview mirror should be adjusted to fully display the rear window, allowing you to judge the car's rear position when reversing. After each adjustment, remember to lean forward and backward slightly to confirm the view remains unchanged—this will save you a lot of trouble during the test.

Was this review help?
1
Share
Expand All
LeElias
09/29/2025, 02:54:26 AM

Improper adjustment of the rearview mirrors in Subject 2 directly affects the reference points, which I have deeply experienced. First, adjust the seat to a position where your knees are slightly bent. Then adjust the left mirror: the car body should occupy 1/3 of the mirror surface, with the horizon positioned slightly below the center. The entire rear wheel and ground markings must be visible. The right mirror should be tilted more, with the car body occupying only 1/4 of the mirror, leaving less space at the top, focusing on the ground position. The rearview mirror should fully cover the rear windshield. Don’t be lazy when adjusting; always fasten your seatbelt first to ensure a realistic driving posture. A commonly overlooked aspect is the position of the car lights—ensure the view in both mirrors isn’t obstructed by them. In rainy weather, dry the mirror surfaces before adjusting, as fog can severely impair visibility judgment.

Was this review help?
7
Share
Expand All
SanHayden
11/12/2025, 09:02:18 PM

Adjusting the rearview mirrors is essentially about solving blind spot issues. For the left mirror, position the rear door handle at the bottom of the mirror. For the right mirror, adjust the handle to the top. The car body should not occupy more than 30% of the mirror; focus on the distance relationship between the tires and the ground markings. The rearview mirror should cover the entire width of the rear window. Spend two minutes adjusting the mirrors before each practice session, and don't rush into starting the exercise. After adjustment, test the visibility: one-third of the car's front should be visible, ground markings should be clear, and the distance between the rear wheel and the corner of the parking space should be visible. The mirrors on the test car might be looser than those on the training car, so turn the knobs a couple more times to secure them firmly.

Was this review help?
20
Share
Expand All
OCatherine
01/02/2026, 10:44:40 PM

Here's how I adjust the mirrors: First, secure the seat and sit upright without leaning. Turn the left mirror knob forward all the way until you can see the rear wheel's contact point with the ground. Lower the right mirror a bit more, keeping the car body in the right quarter of the mirror while leaving the rest for the curb and road markings. Adjust the rearview mirror to a position where you can clearly see the rear window wiper. During hill starts, the right mirror is especially crucial—ensure the road markings are centered in the mirror. If you're nervous during the test and forget the adjustment sequence, silently repeat the three steps: seat-mirror-belt—adjust the seat, adjust the mirrors, fasten the belt.

Was this review help?
20
Share
Expand All
SanRosalie
03/30/2026, 11:25:51 PM

Adjusting the rearview mirrors may seem simple, but the details matter. First, set the seat position before moving the mirrors, otherwise all adjustments are in vain. Second, position the left mirror with the horizon line centered, showing 30% of the car body on the left side, and ensure the entire rear wheel is visible. For the right mirror, place the horizon line at the upper third, minimize the car body to at least 15%, and focus on seeing the parking spot corner during parallel parking. The rearview mirror height should align with the top edge of the rear window. During adjustment, check for cracks or scratches on the mirror edges—replace if damaged. Before taking the driving test (Subject 2), practice adjusting three times on flat ground, memorize your reference points, and pay extra attention to adjusting the harder seats of the test car.

Was this review help?
7
Share
Expand All
More Q&A

What are the differences between XPeng P5 and P7?

The main differences between XPeng P5 and P7 lie in their power, appearance, and configurations. Here are the detailed comparisons: Power: The XPeng P5 is a pure electric vehicle with 211 horsepower, a maximum power of 155kW, and a maximum torque of 310 Nm. The XPeng P7 is a pure electric vehicle with 267 horsepower, a maximum power of 196kW, and a maximum torque of 390 Nm. Appearance: The XPeng P5 has a body size of 4808mm x 1840mm x 1520mm with a wheelbase of 2768mm. The XPeng P7 has a body size of 4880mm x 1896mm x 1450mm with a wheelbase of 2998mm. Configurations: The XPeng P7 comes standard with features like lane departure warning, forward collision warning, active braking, remote vehicle movement, leather seats, front seat heating and ventilation, steering auxiliary lights, multi-color interior ambient lighting, exterior rearview mirror tilting when reversing, and a negative ion generator, which are not available in the XPeng P5. The XPeng P5 comes standard with hill descent control and an active grille shutter, which are not available in the XPeng P7.
111
Share

How Often Should the Transmission Fluid Be Changed for a Honda Civic?

Honda Civic is equipped with a continuously variable transmission (CVT), and its transmission fluid is generally recommended to be changed every two years or approximately 60,000 kilometers. Signs indicating the need for a transmission fluid change include body vibration, gear shifting hesitation, a transmission overheating warning on the dashboard, engine stalling, and unusual noises. Hazards of not changing the transmission fluid for a long time: Damage to the transmission's shift control mechanism; abnormal wear of gears and clutch plates inside the transmission; affecting the normal operation of the transmission, leading to damage to the transmission valve body. The methods for changing the transmission fluid are as follows: Loosen the drain screw at the bottom of the transmission to drain the old fluid before refilling. Remove the transmission oil pan directly to drain and refill the fluid: this method is more thorough than the previous one, as it removes impurities from the bottom of the oil pan. Use a circulation machine to change the automatic transmission fluid: dynamic fluid change with an intelligent circulation machine can filter and clean sludge and impurities inside the automatic transmission.
111
Share

What are the differences between the BMW X4 and X6?

The differences between the BMW X4 and X6 are as follows: 1. BMW X4: Length 4683mm, width 1890mm, height 1636mm. BMW X6: Length 4929mm, width 1989mm, height 1709mm. 2. The X6 is equipped with a 2.0T or 3.0T-V6 engine, paired with the same 8AT transmission. The X4 is equipped with a 2.0T engine paired with an 8AT transmission. The BMW X6 and X4 are derived crossover models of the X5 and X3 SUVs, respectively. Their lower body height and fastback tailgate design help reduce the drag coefficient, improving the vehicle's power performance and driving stability. 3. The BMW X6 does not adopt BMW's latest family design, so there are differences in the headlight styling between the two models.
107
Share

Does the Audi A3 have ISOFIX interfaces?

Domestically produced Audi A3 models are equipped with ISOFIX interfaces. ISOFIX interfaces: The main advantage of ISOFIX is that the ISOFIX device can securely connect child car seats to the vehicle. It provides a simpler and safer way to install car seats. Installing a seat using ISOFIX is easier than using a seatbelt. The ISOFIX device effectively reduces the risk of incorrect installation, significantly lowering the chances of improper installation. Introduction to the Audi A3: The Audi A3 features a MacPherson strut front suspension and a rear axle with a torsion and crank-type structure, separately arranged springs and shock absorbers. In addition to excellent handling, the rear suspension layout also offers high space utilization, making the cargo area outstanding among vehicles in its class. All A3 series models come with disc brakes on both front and rear, with front brakes featuring ventilation slots.
116
Share

Why do BMW tires keep blowing out?

BMW tire blowout reasons are as follows: Low tire pressure: When tire pressure is too low, the wheel's sinking amount increases, radial deformation increases, friction between the tread and ground rises, rolling resistance goes up, and the tire body's internal stress also increases. This causes a sharp rise in tire body temperature, softening the tread rubber and accelerating aging speed, leading to partial delamination of the tire body and increased tread wear. Under these conditions, if the car continues to drive at high speeds on highways, these reactions accelerate, significantly increasing the likelihood of a blowout. Overinflated tires: Excessive tire pressure increases the tension of the tire body cords, accelerating the fatigue process. Especially when driving with overinflation, overload, and overspeed, it further increases the internal stress of the cords, rapidly raising tire temperature and speeding up rubber aging, while reducing fatigue strength. This results in severe central tread wear, sawtooth pattern wear on the sidewalls, and cord layer breakage, leading to blowouts. Incorrect tire installation: Wheel imbalance. Due to uneven mass distribution across the wheel parts, when the wheel rotates, centrifugal force creates massive impact forces in the wheel's rotation plane, causing the wheel to bounce and sway. This accelerates tire wear and subjects the cord layers to periodic impact loads, reducing the cord's fatigue resistance. Especially at speeds above 100km/h, wear caused by wheel imbalance becomes extremely severe, ultimately leading to blowouts.
118
Share

Which brand of tires is best for the Tiguan?

Tiguan's top tire choices are the Dunlop Dynapro-HL2RA35 and Michelin Pilot-Primacy. More information on tire selection for the Tiguan is as follows: 1. The Dunlop Dynapro-HL2RA35 utilizes advanced technologies such as noise prediction analysis, visual noise technology, rolling analysis technology, and vibration control technology to effectively reduce noise and enhance driving comfort. 2. The Michelin Pilot-Primacy offers excellent handling, wet traction, and low noise, providing drivers with an ideal combination of high performance and comfort, while increasing stability and directional control during driving.
107
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.