How to Tell if the Car Body is Straight in Subject 2?

2 Answers
OscarLynn
07/29/25 5:28am
When driving, if the markings in both side mirrors are parallel to the position of the car body, then the car body is straight at that moment. Otherwise, minor adjustments are needed. Observe through the rearview mirror whether the rear of the car is parallel to the edge of the road or the parking line. If there is a car next to you, observe through the rearview mirror whether the distance between you and the adjacent car is equal both in front and behind. If it is equal, the car body is straight. You can also observe through the front of the car. When parking, if the front part of the car is perpendicular to the edge of the road, it indicates that the car body is straight. Otherwise, you need to reposition the car.
Was this review help?
14
4
Share
VivianRose
08/12/25 9:03am
Back when I was learning to drive for the second subject of the driving test, I was always worried about the car not being aligned properly affecting the exam. My instructor then taught me a little trick. To check if the car is straight, the key is to focus on the rearview mirrors during reverse parking, ensuring the side of the car is parallel to the parking space lines. If they're not parallel, slightly turn the steering wheel in the opposite direction. Also, look for reference points ahead, like the marked lines on the test field—aligning with them means the car is straight. Feeling whether the steering wheel is neutral is also crucial; if it's tilted left or right, the car is definitely off. Don’t get nervous during the test; practice a few more times and you’ll get the hang of it. Lastly, a reminder: if the car is misaligned, it’s easy to cross the line and lose points, so always check the side and rearview mirrors before stopping to ensure everything’s ready before releasing the brake. With more practice, you’ll naturally find your rhythm.
Was this review help?
15
4
Share
Expand All
More Forum Discussions

What are the dimensions of the Honda Avancier in terms of length, width, and height?

The Honda Avancier has a body length of 4816mm, a width of 1942mm, a height of 1669mm, and a wheelbase of 2820mm. Avancier Exterior Introduction: The Honda Avancier's exterior draws inspiration from the Concept D concept car, featuring a wing-style chrome grille also seen in models like the new Honda Accord. The new car's headlights use LED clusters, paired with "C"-shaped front bumper light clusters that give it a strong sense of power. The side design has a somewhat crossover sedan feel. Avancier Powertrain Introduction: GAC Honda will equip the Avancier with a 2.0T turbocharged engine featuring dual VTC variable valve timing technology and VTEC variable valve lift technology on the exhaust side. It delivers a maximum power of 200kW (272Ps) and a maximum torque of 370Nm, with a 0-100km/h acceleration time of 7.45 seconds. The car comes with a 9-speed automatic transmission and SBW electronic push-button shifting instead of the traditional gear lever, offering three driving modes: Snow Mode, Sport Mode, and Comfort Mode.
12
3
Share

Why Can't My Phone Connect to the Car Bluetooth?

Car Bluetooth cannot connect to the phone because the call volume on the phone is not turned on or the car Bluetooth and phone are not paired and connected at all. The specific reasons and solutions are as follows: The call volume on the phone is not turned on: Try dialing a phone number. During the dialing or call state, press the volume up button on the side of the phone to increase the sound. The car Bluetooth and phone are not paired and connected at all: First, the phone and car Bluetooth device need to establish a pairing relationship. Turn on the Bluetooth function on both the phone and car Bluetooth device, and set the phone Bluetooth to be visible to everyone in the Bluetooth settings. Then, search for Bluetooth devices on the phone, select the found device for pairing and connection. The pairing password is: 0000. After successful pairing, the connection is established. Once the car Bluetooth and phone Bluetooth are successfully paired and connected, you can make and receive calls; play music on the phone and enjoy it on the car Bluetooth device.
2
5
Share

How to remove the BYD F3 heater switch?

Method to remove the BYD F3 heater switch: Take off the middle knob, remove the screws, then pry open the center console panel to take out the heater switch. Here is how to turn on the BYD F3 heater: Switch location: The three knobs above the center storage box on the dashboard. Method: After starting the car, wait for 5-10 minutes until the BYD F3's water temperature reaches normal operating temperature. At this point, you can turn on the BYD F3 heater. Adjust the air conditioning circulation mode to internal circulation, then turn the third knob to the red zone. Do not turn on the middle knob; rotate the first knob to adjust the appropriate fan speed and air vent direction.
16
3
Share

Can the Jetta VS5 use 92 octane gasoline?

According to the compression ratio of the Jetta VS5 engine, the Jetta VS5 can use 92 octane gasoline. Generally, the fuel tank cap of the car will indicate that 95/92/97/93 octane gasoline can be used. It is recommended to use the manufacturer-recommended 95 octane gasoline, but 92 octane gasoline can also be used. However, in terms of anti-knock performance, the higher the octane number, the better. Gasoline usage recommendations: 95 octane gasoline consists of 95% isooctane and 3% n-heptane. High-compression engines should use high-octane gasoline. If a high-compression engine uses low-octane gasoline, it may cause abnormal combustion, resulting in knocking, increased fuel consumption, and reduced power, making it suitable for high-end cars. 92 octane gasoline has an octane rating of 92 and consists of 8% n-heptane, making it suitable for mid-range cars. Gasoline grades are classified by octane number, and the anti-knock performance of automotive gasoline is indicated by the octane number. The higher the octane number, the better the anti-knock performance. The anti-knock capability of gasoline is related to its chemical composition. Branched-chain alkanes, olefins, and aromatic hydrocarbons generally have excellent anti-knock properties. Isooctane is assigned an octane number of 100, indicating good anti-knock performance, while n-heptane has an octane number of 0, indicating poor anti-knock performance. The octane number of gasoline is measured by an octane rating engine. High-octane gasoline can meet the needs of high-compression gasoline engines. The higher the compression ratio of a gasoline engine, the higher the thermal efficiency, which can save fuel.
8
0
Share

Where to Buy Car Windshield Washer Fluid?

Car windshield washer fluid is available at supermarkets, gas stations, 4S stores, car beauty shops, or auto parts markets. Below is some relevant information about windshield washer fluid: Activity of Windshield Washer Fluid: When purchasing car windshield washer fluid, shake the bottle to see if there are plenty of bubbles in the fluid. More foam indicates a higher amount of active agents in the fluid, and the foam should be fine and dense. Viscosity of Windshield Washer Fluid: To determine the viscosity of the windshield washer fluid, turn the bottle upside down and observe how quickly the bubbles rise. Slower rising bubbles indicate higher viscosity. You can also dip your finger into the fluid; if it feels very thick, it indicates a high-quality windshield washer fluid.
11
3
Share

What does the rear axle ratio of a truck mean?

The rear axle ratio of a truck refers to the gear transmission ratio of the main reducer in the truck's drive axle, which is equal to the ratio of the rotational angular velocity of the drive shaft to the rotational angular velocity of the axle's half-shaft. Below is relevant information about the rear axle ratio: Key Factors: The rear axle ratio is related to the gears. The power output from the engine and transmission acts on the drive shaft, which rotates to input power to the pinion gear of the main reducer, driving the ring gear of the main reducer to rotate, and then driving the half-shaft to rotate. Calculation Formula: The number of teeth on the driven gear of the main reducer divided by the number of teeth on the driving gear of the main reducer. Simply put, if the drive shaft rotates N times to drive the half-shaft to rotate once, then N is the rear axle ratio.
9
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.