Examkin

Tüm alıştırma soruları

178 soru

Tüm türler2,524Çoktan seçmeli1,281Çoklu seçim4Doğru / Yanlış972Eşleştirme89Sıralama178
Soru 81Soru →

While traveling on a state highway, a motorist swerves onto an unpaved shoulder with a steep pavement edge drop to avoid road debris. What is the correct procedural sequence the driver must follow to safely bring the vehicle back onto the paved roadway?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence for pavement edge drop recovery is: 1) Grip the steering wheel firmly straight ahead and ease off the accelerator without hard braking; 2) Straddle the edge drop and decelerate to a controlled speed on the shoulder; 3) Check mirrors and blind spots for a clear traffic gap; 4) Turn the steering wheel a quarter-turn toward the road to climb the edge, followed immediately by counter-steering to remain centered in the lane.
Safe edge drop-off recovery relies on sequential control: first maintaining initial vehicle balance by taking your foot off the gas and gripping the wheel, second decelerating straight along the shoulder to minimize forces, third verifying a safe opening in traffic, and finally executing a controlled quarter-turn movement back onto the surface followed by immediate counter-steering.

Adım Adım Çözüm

1
Maintain directional control and reduce engine power smoothly.
Vehicle remains stable without skidding or locking tires.
Hard braking or abrupt steering while tires contact uneven surfaces causes skidding or rollover.
2
Allow the vehicle to coast down to a reduced speed while riding parallel along the shoulder.
Tire friction and vehicle speed are reduced to safe levels for mounting the pavement lip.
Re-entering the highway at high speed risks snapping the chassis across traffic lanes.
3
Scan mirrors and check shoulder blind spots for nearby vehicles.
Confirms a sufficient space cushion in the travel lane.
Re-entering into an occupied lane creates an immediate crash hazard with other motorists.
4
Execute a brief quarter-turn steer onto the pavement and counter-steer straight upon entry.
Tires mount the drop-off lip cleanly without crossing into adjacent traffic lanes.
The sharp initial angle climbs the drop-off rather than scrubbing against it, and counter-steering prevents overshooting.

Anahtar Kavram

Procedural steps for safe off-road pavement edge drop recovery
Tahmini Süre:1m 15s
Soru 82Soru →

You are driving on a high-speed highway during heavy downpours when your vehicle begins to hydroplane across standing water, leading to a sudden loss of steering response and traction. What is the correct sequence of emergency actions you should perform to regain control and slow the vehicle safely?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence of actions is: 1) Smoothly ease your foot off the accelerator, 2) Hold the steering wheel firmly pointing straight in your intended path of travel, 3) Allow natural aerodynamic drag and rolling resistance to decrease vehicle speed until tire treads evacuate standing water, and 4) Apply gradual, controlled braking pressure only after physical tire grip and steering feedback are fully restored.
During hydroplaning, the vehicle is floating on a layer of water. The driver must first cut engine power smoothly by easing off the throttle, maintain straight steering alignment to prevent side-skids, permit vehicle speed to bleed off naturally until tire tread grooves disperse surface water, and apply controlled braking only after tactile friction returns.

Adım Adım Çözüm

1
Immediately lift your foot off the accelerator pedal.
Engine power decreases smoothly without lockup risks associated with sudden foot braking.
Abrupt braking during hydroplaning locks the wheels, preventing tread channels from shedding standing water.
2
Maintain a firm grip on the steering wheel directed straight along your target path.
The tires remain aligned with vehicle momentum, minimizing lateral forces.
Turning front tires while floating on water causes immediate vehicle spinouts once traction abruptly returns.
3
Wait for vehicle momentum to drop below the hydroplaning threshold speed.
Tire tread grooves channel away standing water, allowing rubber to reconnect with the road bed.
Traction cannot be regained until hydrodynamic lift pressure drops below vehicle weight load.
4
Engage smooth, progressive braking to reduce speed to safe adverse-weather levels.
Vehicle speed is brought down under full driver control.
Braking forces require mechanical road grip to slow the vehicle without provoking wheel lockup.

Anahtar Kavram

Hydroplaning Emergency Control Sequence
Soru 83Soru →

While accelerating through a wet intersection, your rear-wheel drive vehicle experiences severe oversteer, causing the rear end to slide toward the left side of the road. Arrange the following emergency actions in the correct chronological sequence from first step to last step to safely recover control.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct order of recovery actions is: 1) Completely ease off the accelerator pedal without stepping on the brakes, 2) Steer smoothly to the left in the direction the rear end of the vehicle is sliding, 3) Turn the steering wheel gently back toward the center as the chassis begins to realign, and 4) Apply light, steady throttle pressure once full directional stability and lane position are restored.
Safe skid recovery begins by releasing the accelerator to allow drive tires to regain grip without transferring vehicle weight abruptly. Steer in the direction of the rear slide so front wheels align with the path of travel. As the vehicle realigns, counter-steering back toward center is necessary to stop momentum from causing a secondary skid, after which gentle throttle can be restored.

Adım Adım Çözüm

1
Release the accelerator pedal immediately while keeping off the brake.
Reduces wheelspin on the drive axle and prevents braking forces from eliminating remaining traction.
Sudden braking or continued acceleration during oversteer destroys tire grip and induces a spinout.
2
Steer into the skid (towards the direction the rear end is sliding).
Points the front tires in the actual direction of momentum, restoring steering control.
Aligning the tires with the direction of movement re-engages tire traction.
3
Counter-steer toward center as the vehicle straightens out.
Cancels rotational inertia before the vehicle over-corrects.
Failing to center the wheel promptly causes the rear end to swing violently back in the opposite direction.
4
Resume smooth driving inputs once traction returns.
Maintains vehicle balance and steady forward motion.
Accelerating prior to complete alignment will break tire traction again.

Anahtar Kavram

Sequential step recovery for oversteer (rear-wheel skid) requiring initial pedal release, primary steering correction into the skid, secondary counter-steering, and gradual power reapplication.
Soru 84Soru →

A driver traveling on a multi-lane highway needs to execute a lane change into an open adjacent lane. Arrange the following steps of the safe lane-changing procedure in the correct order from first to last.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct procedural order is: 1) Check the interior rearview and exterior side mirrors; 2) Activate the turn signal; 3) Perform a chin-to-shoulder head check into the blind spot; 4) Smoothly enter the target lane and deactivate the signal.
The correct procedural order requires checking mirrors first to evaluate general road space, signaling to communicate intent to other vehicles, performing a direct chin-to-shoulder head check to verify the blind spot is clear, and finally steering into the lane while canceling the signal once established.

Adım Adım Çözüm

1
Scan mirrors to monitor surrounding traffic.
Identifies general traffic speed and ensures there is an open gap in the target lane.
Checking mirrors first prevents unnecessary signaling when traffic density prevents a lane change.
2
Activate directional turn signal.
Alerts nearby drivers of your intent to shift lanes.
Early communication gives surrounding vehicles sufficient time to react or adjust speed.
3
Perform a direct head check over the shoulder.
Scans the adjacent blind spot that cannot be seen using mirrors alone.
Passenger vehicle mirrors leave critical blind spots around the rear quarter panels where small vehicles, motorcycles, or bicycles can hide.
4
Steer into the target lane and cancel signal.
Establishes position in the new lane safely.
Executing the movement smoothly maintains traffic flow, and canceling the signal avoids confusing other drivers.

Anahtar Kavram

Safe procedural sequence for changing lanes and blind spot management
Tahmini Süre:1m 0s
Soru 85Soru →

When driving on a slippery road, your vehicle's rear wheels suddenly lose traction and begin to skid. Place the driver recovery steps in the correct sequential order from first action to last action.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence for recovering from a rear-wheel skid is: 1) Ease off the accelerator without braking, 2) Steer in the intended direction of travel, 3) Straighten the wheel as the vehicle realigns, and 4) Reapply gentle pedal control once traction is fully restored.
Correct skid recovery requires removing throttle inputs without braking, steering toward the desired direction of travel to regain rolling grip, counter-steering to prevent secondary skidding as alignment returns, and delaying further pedal inputs until control is stable.

Adım Adım Çözüm

1
Address speed and pedal inputs.
Release the accelerator pedal gradually and avoid hitting the brakes.
Sudden braking locks the tires and exacerbates traction loss, while easing off the accelerator allows tires to resume rolling friction.
2
Apply initial steering correction.
Steer smoothly toward the intended path of travel (into the skid).
This aligns the front wheels with the direction of momentum to assist the vehicle in pointing forward.
3
Apply counter-steering stabilization.
Straighten the wheel as the vehicle vehicle rotates back into alignment.
Failing to straighten the wheel as vehicle alignment returns causes a fishtail effect into a reverse skid.
4
Re-engage normal driving controls.
Apply gentle throttle or light braking only when full stability is established.
Premature accelerator or brake application disrupts the newly re-established tire grip.

Anahtar Kavram

Skid Recovery Procedure
Soru 86Soru →

While driving at 65 mph on a highway, your vehicle experiences a sudden front-tire blowout. To bring the vehicle to a safe stop without losing control, in what sequence should you carry out the following emergency actions?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence of emergency actions for a front-tire blowout is: 1) Firmly grip the steering wheel with both hands and maintain a straight driving path; 2) Ease your foot off the accelerator pedal smoothly to allow engine drag to slow the vehicle down; 3) Turn on hazard warning lights and scan traffic for a safe opening to move toward the roadway shoulder; 4) Gently steer the vehicle onto the shoulder and apply light brake pressure to come to a complete stop.
During a high-speed tire blowout, the immediate physical force pulling the vehicle sideways must be overcome first by securing a firm grip on the steering wheel to maintain a straight path. Removing foot pressure from the accelerator comes second, allowing engine drag to reduce momentum safely without the severe destabilization caused by foot braking. Once speed is reduced and control is stable, activating hazard lights alerts surrounding traffic before making any lane transitions. Finally, steering smoothly to the shoulder and applying gentle brakes brings the vehicle to a safe, controlled stop.

Adım Adım Çözüm

1
Stabilize steering direction immediately upon blowout.
Prevents the violent lateral drag force of the blown tire from pulling the vehicle across lane lines or into surrounding traffic.
Maintaining directional stability is the highest priority before speed reduction can occur.
2
Smoothly release the accelerator pedal without hitting the brakes.
Allows engine resistance to naturally bleed off high-speed kinetic energy.
Hard braking on a flat tire shifts weight forward and dramatically increases the risk of spinning out or rolling over.
3
Signal emergency intentions with hazard lights and evaluate the right-hand shoulder.
Alerts nearby drivers to your mechanical distress and identifies a safe lane-change path.
Communicating distress and checking blind spots prevents collisions with adjacent vehicles.
4
Steer gradually off the active roadway and brake gently to a full stop.
Brings the vehicle safely out of active traffic lanes into a safe parking posture.
Steering at lower speeds on a flat tire is far more manageable and minimizes rim damage or control loss.

Anahtar Kavram

Tire Blowout Emergency Control Sequence
Soru 87Soru →

Arrange the following steps in the correct order for safely handling an engine overheating condition while driving up a steep mountain grade.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence begins with turning off the air conditioner and turning on the heater to reduce immediate thermal load while driving, followed by signaling and pulling off the road safely, placing the vehicle in Park or Neutral to idle and circulate coolant, and finally letting the engine cool completely before inspecting the radiator.
The proper emergency response involves taking immediate thermal control measures while moving (turning off the air conditioner and turning on the cabin heater), safely maneuvering off the road into a turnout, idling the engine in Park or Neutral to maintain coolant circulation, and allowing the system to cool completely before inspecting mechanical components.

Adım Adım Çözüm

1
Divert heat away from the engine while actively driving.
Disengaging the air conditioning decreases mechanical load on the engine, while turning the heater to high draws excess thermal energy into the vehicle interior.
Immediate in-motion intervention helps stabilize temperature rise while identifying a safe area to pull over.
2
Safely exit active traffic lanes on the steep incline.
The vehicle is stationed in a safe turnout or shoulder away from moving mountain traffic.
Stopping directly in travel lanes on steep grades creates an extreme collision risk.
3
Place transmission in Park or Neutral and idle the engine.
The water pump and fan continue circulating coolant and air through the radiator under zero drive load.
Shutting off an overheated engine immediately stops coolant flow, causing severe localized heat soak damage.
4
Allow full cooling prior to opening any cooling system caps.
System pressure safely drops back to atmospheric levels.
Opening a pressurized radiator or coolant reservoir while hot can cause severe thermal burns.

Anahtar Kavram

Engine Overheating Response Sequence on Mountain Grades
Soru 88Soru →

A driver parked parallel to the curb on a busy two-way street is preparing to pull out into the active traffic lane. Arrange the following steps in the correct sequential order to ensure proper spatial awareness, communication, and blind spot management before entering the lane.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence for safely pulling out into traffic from a parked position is: first, check traffic using the rearview and left side mirrors; second, turn on the left turn signal; third, perform a chin-to-shoulder head check over the left shoulder to verify the blind spot is clear; and fourth, smoothly enter the traffic lane when clear.
The correct sequence begins with scanning mirrors to assess rearward traffic, signaling intent to inform surrounding drivers, turning the head over the shoulder to inspect the blind spot directly, and merging into the lane only after confirming space is clear.

Adım Adım Çözüm

1
Observe traffic flow using interior rearview and exterior side mirrors.
Gains an initial overview of traffic approaching from behind.
Mirrors provide early scanning to identify visible vehicles before taking further action.
2
Turn on the left turn signal.
Communicates the driver's intent to merge to surrounding traffic.
Communication must precede vehicle movement so other road users can react.
3
Perform a physical head check over the left shoulder.
Clears the left rear blind spot area not visible in exterior mirrors.
Side mirrors cannot show objects traveling immediately alongside the vehicle's rear quarter panel.
4
Merge smoothly into the traffic lane when clear.
Completes the maneuver without disrupting ongoing traffic flow.
Lateral entry is safe only after visual confirmation from both mirrors and a direct head check.

Anahtar Kavram

Sequential verification of surrounding space using mirrors, signals, and direct shoulder head checks prior to entering a live traffic lane.
Soru 89Soru →

If your vehicle's accelerator pedal becomes stuck while driving on a highway, in what correct sequence should you execute the following emergency actions?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence of actions for a stuck accelerator is: 1) Shift into Neutral (N), 2) Apply steady braking pressure, 3) Steer off the roadway to a safe area, and 4) Turn off the ignition after coming to a complete stop.
When an accelerator pedal sticks, shifting into neutral first is critical because it immediately disconnects engine power from the drive wheels. Next, applying firm, steady brake pressure slows the vehicle without battling engine propulsion. Steering off the road gets the vehicle safely out of active traffic lanes, and turning off the ignition after reaching a complete stop turns off the motor without risking locking the steering wheel during movement.

Adım Adım Çözüm

1
Shift transmission gear selector into Neutral (N)
Engine power is instantly disconnected from the drive wheels.
This stops the runaway engine from continuing to propel the vehicle forward.
2
Apply steady braking pressure
Vehicle speed decreases effectively.
With engine drive disengaged, brakes can bring vehicle momentum under control efficiently.
3
Steer off the roadway to a safe area
The vehicle exits active traffic lanes.
Moving out of traffic minimizes collision risks with surrounding vehicles.
4
Turn off the ignition switch
The engine completely shuts down.
Waiting until the vehicle is fully stopped ensures the steering wheel does not accidentally lock while steering.

Anahtar Kavram

Stuck Accelerator Emergency Response Procedure
Soru 90Soru →

You are driving on a slippery road during adverse weather when your rear tires lose traction and the back end of your vehicle begins sliding to the side. What is the correct sequence of steps to safely regain control of your vehicle?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence begins by easing off the accelerator without braking, steering smoothly in the intended direction of travel, counter-steering gently as the vehicle straightens out, and maintaining visual focus down the road until full control is restored.
When experiencing a rear-wheel skid on a slippery road, the initial priority is restoring tire traction without destabilizing the chassis. Smoothly easing off the accelerator prevents additional torque overload while avoiding panic braking. Steering into the skid aligns front tire rotation with the vehicle path, while counter-steering neutralizes secondary momentum as directional control returns.

Adım Adım Çözüm

1
Release pressure from the gas pedal while avoiding the brakes.
Engine power decreases smoothly without locking the wheels or transferring weight abruptly.
Sudden braking transfers weight forward and locks tires, exacerbating the rear-wheel traction loss.
2
Steer toward your intended direction of travel (into the skid).
The front tires align with the trajectory of the sliding vehicle.
Proper alignment restores directional control and reduces momentum perpendicular to your lane.
3
Perform a gentle counter-steer as the vehicle begins to straighten.
The vehicle avoids fishtailing or secondary skidding in the opposite direction.
Failing to straighten the wheel as momentum shifts can trigger a second, harder skid.
4
Look down the intended path and stabilize your speed.
Traction is completely re-established with the road surface.
Maintaining visual target control helps smooth out fine steering inputs.

Anahtar Kavram

Rear-Wheel Skid Recovery Procedure
Soru 91Soru →

While descending a steep highway grade, your foot brake pedal suddenly sinks completely to the floor without slowing the vehicle. Arrange the following emergency actions in the correct step-by-step sequence recommended by DMV safety standards to safely bring the vehicle to a complete stop.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The proper sequence for managing total brake failure on a downhill grade is: 1) Pump the brake pedal rapidly, 2) Shift into a lower gear, 3) Gently apply the parking brake while holding the release mechanism, and 4) Steer onto an emergency runaway ramp or safe shoulder.
The established protocol begins with pumping the brake pedal rapidly to rebuild hydraulic pressure. If speed remains unchanged, downshifting harnesses engine braking to reduce vehicle velocity. Next, the parking brake is applied gradually while maintaining pressure on the release latch to avoid locking the rear wheels. Lastly, the driver directs the vehicle onto an emergency ramp or safe shoulder off the main road.

Adım Adım Çözüm

1
Pump the brake pedal fast and hard.
Attempts to compress remaining hydraulic fluid in the system.
If hydraulic pressure has only partially leaked, pumping may restore sufficient pedal effort to slow down.
2
Downshift to lower gear ratios sequentially.
Engages engine braking to slow vehicle momentum.
Lower gears force the engine to turn faster relative to wheel speed, naturally dragging down speed without relying on friction brakes.
3
Apply the parking brake gradually while continuously controlling the release button.
Applies mechanical friction directly to the rear wheels without lockup.
Abrupt parking brake application at high speeds will lock the rear wheels, sending the vehicle into an uncontrollable spin.
4
Guide the vehicle completely out of moving traffic toward an escape ramp or clear roadside area.
Brings the vehicle to a final stop off the roadway.
Ensures the vehicle stops safely without creating an obstacle or collision risk for other drivers.

Anahtar Kavram

Sequential emergency procedures for total service brake failure.
Tahmini Süre:2m 0s
Soru 92Soru →

While driving at 50 mph on a narrow rural road, your vehicle's right side tires drop off a steep four-inch pavement edge onto a loose gravel shoulder. Arrange the following emergency recovery actions in the correct sequential order from first step to final maneuver to regain control and re-enter the highway safely.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The proper sequence for recovering from an off-road pavement edge drop-off is: (1) Maintain a firm grip on the steering wheel while keeping the vehicle straight; (2) Ease off the accelerator gradually without hard braking; (3) Check mirrors and blind spots for clear traffic; (4) Execute a sharp quarter-turn steer back onto the pavement; and (5) Counter-steer immediately to center the vehicle within your lane.
The correct sequence prioritizes directional stability first (holding the steering wheel firm and straight), controlled deceleration second (easing off the gas without locking brakes), safety checking third (scanning for traffic), deliberate climb angle fourth (quarter-turn steer over the edge), and lane stabilization fifth (counter-steering to avoid crossing into oncoming traffic).

Adım Adım Çözüm

1
Stabilize direction upon edge drop-off
Vehicle continues moving parallel to the highway edge without destabilizing vehicle dynamics
Jerking the steering wheel immediately causes tire scrubbing against the pavement lip, leading to violent loss of control or rollover.
2
Reduce vehicle velocity smoothly
Kinetic energy decreases safely on uneven shoulder traction
Hard braking on unpaved surfaces easily locks wheels or induces uneven traction skids.
3
Verify traffic clearance
Driver confirms lane re-entry path is clear of oncoming or trailing vehicles
Re-entering without checking traffic creates an immediate risk of a side-impact or rear-end collision.
4
Mount the pavement drop-off lip
Right front tire successfully mounts the elevated road surface edge
Turning approximately one-quarter turn provides sufficient tire angle to cross over the drop-off rather than scraping alongside it.
5
Counter-steer to center in travel lane
Vehicle straightens out within its designated lane
Failing to counter-steer immediately after climbing the lip causes over-correction into opposing traffic lanes.

Anahtar Kavram

Off-Road Shoulder Drop-Off Recovery Sequence
Soru 93Soru →

If you experience a total service brake failure while driving on a flat road, arrange the standard emergency response actions in the correct sequential order from first to last.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct emergency sequence is: first pump the brake pedal rapidly, next shift into a lower gear, then carefully apply the parking brake, and finally steer safely off the roadway.
When service foot brakes fail completely, the immediate priority is to attempt restoring hydraulic pressure by pumping the pedal. If pressure fails to build, downshifting into a lower gear uses engine compression to slow the vehicle down safely. Next, applying the parking brake gradually provides additional stopping power without locking the rear wheels. Finally, once speed has dropped, steering off the active roadway permits bringing the vehicle to a controlled stop.

Adım Adım Çözüm

1
Pump the brake pedal rapidly several times
Attempts to restore hydraulic pressure in the braking system.
This is the fastest, non-destructive mechanical attempt to restore primary foot-brake functionality.
2
Shift the transmission into a lower gear
Engages engine braking to naturally slow the vehicle.
Engine braking safely reduces speed without risking a skid or loss of steering control.
3
Carefully apply the parking brake while holding the release mechanism
Applies secondary mechanical braking directly to the rear wheels.
Holding the release button allows gradual control so the rear wheels do not lock up abruptly.
4
Steer safely toward the shoulder or off the roadway
Brings the vehicle to a safe final stop away from active traffic.
Once vehicle speed is controlled, moving off the road prevents secondary collisions.

Anahtar Kavram

Sequential emergency steps for total service brake failure
Soru 94Soru →

You are driving across a straight, icy bridge at night when your vehicle's rear wheels lose traction and the back end slides to the left. In what sequence should you perform the following actions to safely recover control of your vehicle?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct order of actions is: 1) Ease off the accelerator completely without braking, 2) Look down the road toward your intended path, 3) Steer to the left (into the skid), and 4) Counter-steer back toward center as traction returns.
Recovering from a rear-wheel skid requires immediate release of the accelerator without braking to let rolling traction return, maintaining visual focus on the intended path, steering into the skid (to the left), and counter-steering as the vehicle straightens to prevent secondary skid momentum.

Adım Adım Çözüm

1
Release accelerator input without applying brakes
Engine torque is removed from the drive wheels, allowing tire friction to rebuild
Hard braking or sudden acceleration breaks remaining tire traction
2
Establish visual reference toward the desired path of travel
Prepares precise hand-eye coordination for steering input
Drivers naturally steer toward where their eyes are focused
3
Turn steering wheel into the direction of the rear-wheel skid
Front wheels realign with the vehicle's vector of motion
Neutralizes rotational slip and stops the rear end from overtaking the front
4
Perform progressive counter-steering as vehicle realigns
Prevents overcorrection
Cancels the pendulum effect that causes secondary fishtailing

Anahtar Kavram

Rear-Wheel Oversteer Skid Recovery
Soru 95Soru →

You are driving on a highway when dense fog reduces visibility to near zero, making it unsafe to continue driving. Arrange the following actions in the correct chronological order from first to last to safely remove your vehicle from the roadway.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence for safely stopping off the road in severe fog is: first, signal and gradually reduce speed; second, steer completely off the paved roadway; third, set the parking brake and turn off headlights/brake lights; fourth, activate the emergency hazard flashers.
When pulling off the road due to zero-visibility fog, the correct protocol requires reducing speed smoothly first, exiting the paved roadway entirely second, turning off standard driving/brake lights third to prevent trailing cars from following your lights off the road, and activating emergency hazard flashers fourth.

Adım Adım Çözüm

1
Signal your intent early and ease off the accelerator to decelerate gradually.
Alerts vehicles behind you without creating a sudden stopping hazard.
Abrupt braking in dense fog frequently triggers multi-vehicle pileups.
2
Guide the vehicle entirely off the paved surface into a safe area or beyond the shoulder line.
Clears the active travel lane completely.
Stopping inside a travel lane during low visibility creates an extreme collision risk.
3
Engage the parking brake, take your foot off the brake pedal, and turn off headlights and taillights.
Eliminates illuminated tail and brake lights that could guide other motorists off the road into your vehicle.
In dense fog, disoriented drivers tend to follow tail lights ahead; keeping brake lights on causes drivers behind to steer directly toward your parked car.
4
Switch on four-way hazard flashers.
Clearly warns approaching traffic that a stationary obstacle is present off the travel lane.
Hazard lights distinguish a parked emergency situation from moving traffic.

Anahtar Kavram

Safe emergency procedure for pulling off the roadway in severe low-visibility fog
Tahmini Süre:1m 30s
Soru 96Soru →

You are driving on a multi-lane highway when your foot brake pedal suddenly sinks to the floor with no resistance and fails to slow the vehicle. In what chronological sequence should you execute the standard emergency recovery actions?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence begins with rapidly pumping the brake pedal, followed by downshifting to a lower gear, progressively applying the parking brake, and finally steering to a safe emergency pull-off area.
The established driver safety sequence prioritizes immediate pressure recovery (pumping brakes), followed by mechanical speed reduction via engine drag (downshifting), controlled mechanical stopping force (parking brake modulation), and safe lane evacuation (steering to the shoulder).

Adım Adım Çözüm

1
Attempt to rebuild hydraulic pressure
Rapid pumping may build enough fluid pressure to activate secondary brake circuits.
Immediate pedal pumping requires minimal time and can restore partial braking capability instantly.
2
Engage engine braking
Downshifting causes engine drag to decrease momentum.
Engine compression reduces vehicle speed safely without relying on the failed hydraulic system.
3
Apply mechanical auxiliary braking
Gradually engaging the parking brake applies mechanical force to rear wheels.
Holding the release mechanism allows modulation so the rear tires do not lock up and precipitate a skid.
4
Guide vehicle clear of traffic
Steering to the shoulder brings the vehicle to a full, controlled stop off the roadway.
Hazard lights and safe maneuvering protect surrounding traffic while bringing the vehicle to a complete rest.

Anahtar Kavram

Standard operating procedure for total hydraulic brake failure recovery
Soru 97Soru →

While changing lanes on a damp highway, your rear tires lose traction on a wet expansion joint, causing the rear end of your vehicle to skid to the right. Arrange the driver recovery actions below in the correct sequential order from first step to last step.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence for recovering from a rear-wheel oversteer skid to the right is: (1) Smoothly ease your foot off the accelerator without braking, (2) Steer to the right in the direction of the rear slide, (3) Counter-steer slightly to straighten the wheels as momentum neutralizes, and (4) Gently reapply pressure to the accelerator once traction is fully restored.
Recovering from a rear-wheel skid requires releasing foot pedals immediately so tires can regain rolling friction, steering in the direction the back of the car is sliding, neutralizing the steering angle as the car straightens to prevent secondary fishtailing, and finally applying smooth accelerator input only when control is fully regained.

Adım Adım Çözüm

1
Remove accelerator input smoothly.
Prevents further loss of rotational traction without causing abrupt weight transfer or wheel lockup.
Slamming on the brakes or staying on the gas will exacerbate traction loss during a skid.
2
Turn steering wheel to the right (into the direction of the rear slide).
Aligns front tires with the trajectory of the rear skid to regain directional control.
Steering opposite to the skid direction worsens oversteer rotation.
3
Straighten/counter-steer the steering wheel as the vehicle straightens out.
Mitigates secondary momentum swing (fishtailing).
Holding the steering angle too long causes the car to snap back and skid in the opposite direction.
4
Re-engage gentle acceleration.
Stabilizes vehicle speed and resumes normal forward movement.
Acceleration should only occur when control is fully re-established.

Anahtar Kavram

Rear-Wheel Skid (Oversteer) Recovery Sequence
Soru 98Soru →

When experiencing a sudden tire blowout while driving, in what correct chronological sequence should you execute the following emergency steps?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence of actions for handling a tire blowout is: first, firmly grip the steering wheel with both hands; second, ease off the gas pedal gradually; third, apply gentle brake pressure after slowing down; and fourth, signal and steer smoothly off the road.
The correct response requires prioritizing vehicle directional stability first, relying on natural engine deceleration second, applying gentle braking only at lower speeds third, and finally pulling over safely.

Adım Adım Çözüm

1
Stabilize steering immediately upon feeling or hearing the tire failure.
Prevents the vehicle from veering off course or swerving into adjacent lanes.
Tire blowouts cause strong lateral forces that require instant steering stabilization.
2
Smoothly remove foot from the accelerator pedal.
Allows engine braking to lower momentum without sudden weight transfer.
Sudden hard braking can trigger a violent skid or vehicle spin-out.
3
Lightly depress the brake pedal after speed drops.
Brings vehicle to a slow, manageable speed safely.
Soft braking on a low-speed vehicle reduces traction demand on the damaged tire.
4
Guide vehicle safely to the shoulder or off-road area.
Clears active travel lanes safely.
Prevents secondary traffic hazards and allows safe vehicle inspection.

Anahtar Kavram

Order of emergency control actions during a sudden tire blowout
Soru 99Soru →

If your vehicle suddenly loses rear-wheel traction and begins to skid on a wet road, in what correct sequential order should you perform the following recovery actions?

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence for skid recovery is: first, smoothly ease off the accelerator; second, steer into the direction of the skid; third, gently counter-steer as traction returns.
Standard emergency skid recovery protocol dictates removing throttle input first to stabilize vehicle momentum, steering into the skid to align tire orientation with travel direction, and applying counter-steering as traction re-engages to keep the car centered.

Adım Adım Çözüm

1
Release the accelerator pedal smoothly.
Vehicle speed decreases naturally without locking the wheels or transferring sudden weight.
Braking hard or accelerating during a skid further breaks tire adhesion with the road surface.
2
Turn the steering wheel smoothly toward the target path of travel.
The front tires point in the direction the vehicle is sliding, restoring rolling traction.
Steering in the direction of the skid realigns the tires with vehicle motion.
3
Apply gentle counter-steering as momentum straightens.
The vehicle levels out in the intended driving lane without fish-tailing.
Failing to counter-steer as traction returns causes a secondary skid in the opposite direction.

Anahtar Kavram

Skid Recovery Procedure
Soru 100Soru →

You are driving on a rainy highway at 45 mph when your vehicle suddenly begins to hydroplane across standing water. Arrange the following driver actions in the correct sequential order from first step to final recovery step.

Öğeleri doğru sıraya koymak için sürükleyin

Cevabı ve açıklamayı göster

Cevap

The correct sequence for recovering from hydroplaning is: 1) Ease your foot off the accelerator without braking, 2) Hold the steering wheel firmly straight until tires reconnect with the road, 3) Confirm traction is re-established as speed drops, and 4) Gently steer toward your desired path of travel.
When experiencing hydroplaning, the initial action must always be easing off the accelerator without braking, as sudden braking or accelerating destroys vehicle stability. Next, holding the steering wheel straight prevents the vehicle from whipping sideways when grip returns. Once speed decreases enough for tires to penetrate the water layer and re-establish traction, subtle steering adjustments can safely guide the car along its intended lane.

Adım Adım Çözüm

1
Release pressure on the gas pedal immediately without applying the brakes.
Vehicle speed decreases smoothly and naturally through aerodynamic drag and water resistance.
Sudden braking while hydroplaning locks wheels or causes hard weight transfer, triggering severe loss of control.
2
Keep the steering wheel pointing straight ahead in the direction of vehicle momentum.
Prevents wheels from turning at an angle while riding on water.
If front wheels are turned while hydroplaning, the car will jerk violently or spin out the moment tires touch asphalt.
3
Wait for the physical feedback indicating tire treads have cut through the water film and gripped the road.
Restores mechanical control of speed and direction.
Directional inputs cannot take effect until tire rubber is in contact with the pavement.
4
Apply minor, gradual steering adjustments to guide the vehicle smoothly within the lane.
Safely stabilizes vehicle trajectory.
Gentle maneuvers maintain vehicle balance and prevent initiating a secondary skid.

Anahtar Kavram

Hydroplaning Recovery Procedure
ÖncekiSayfa 5 / 9Sonraki
Tüm alıştırma soruları — DMV Permit Practice Test | Examkin