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Safe Driving Practices and Vehicle Control

373 questions

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Question 41Question →

A driver operating a passenger vehicle on a multi-lane highway intends to perform a right-side lane change while maintaining proper spatial awareness and blind spot safety. Arrange the following steps into the correct, standard procedural sequence from first to last.

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Answer

The correct procedural order is: 1) Scan traffic and check interior rearview and right exterior side mirrors; 2) Activate the right directional signal; 3) Perform a chin-to-shoulder head check over the right shoulder; 4) Smoothly steer into the right lane; 5) Cancel the right directional signal.
Safe spatial awareness requires a systematic approach: first assessing surrounding traffic with rearview and side mirrors, signaling intent to alert other motorists, performing a final chin-to-shoulder head check to inspect the blind spot directly before turning the wheel, making the smooth transition into the lane, and finally canceling the signal once safely positioned.

Step-by-Step Solution

1
Scan ahead and check rearview and exterior side mirrors
Establishes baseline spatial awareness and confirms a potential traffic gap in the adjacent lane.
Mirror checks allow the driver to gauge trailing vehicle speeds and distance prior to broadcasting intent.
2
Activate the right turn signal
Alerts surrounding vehicles of the intended lane change.
Communication must precede vehicle movement so surrounding drivers can adjust speed or position.
3
Execute a chin-to-shoulder head check over the right shoulder
Uncovers any vehicles, motorcycles, or micro-mobility road users positioned in the vehicle's right blind spot.
Side mirrors leave unmonitored zones along the rear quarter-panels that can only be verified by direct physical head rotation.
4
Steer smoothly into the target lane
Transitions the vehicle safely into the new lane space.
Vehicle trajectory is altered only after all visual checks (mirrors and shoulder check) confirm the path is clear.
5
Deactivate the directional turn signal
Returns signal state to neutral once fully within lane boundaries.
Prevents false indications of further maneuvers to surrounding drivers.

Key Concept

Sequential Blind Spot and Spatial Management during Lane Changes
Estimated Time:2m 0s
Question 42Question →

When driving through dense fog, you should turn on your high-beam headlights to maximize your visibility of the road ahead.

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Answer: False

Answer

False. Drivers must use low-beam headlights or fog lights in dense fog to avoid reflection and glare.
The statement is false because high-beam headlights shine light straight into fog, reflecting off water droplets back toward the vehicle and causing glare that severely obscures vision. Low-beam headlights or fog lights should always be used.

Step-by-Step Solution

1
Analyze how light interacts with fog particles.
Fog consists of small water droplets suspended in the air that scatter light.
Understanding the physical environment helps determine effective light usage.
2
Evaluate the effect of high-beam versus low-beam headlights.
High beams reflect light directly back into the driver's eyes, while low beams direct light down toward the road surface beneath the fog line.
Direct light reflection creates glare, reducing overall distance visibility.

Key Concept

Headlight Selection in Fog and Low Visibility
Question 43Question →

A driver traveling in the right-hand lane of a multi-lane arterial road intends to execute a right turn at an upcoming signalized intersection with an adjacent painted bicycle lane. Although the vehicle's interior rearview and exterior side mirrors are properly adjusted, a bicyclist is traveling slightly behind the vehicle on the right side. Which sequence of actions must the driver take to effectively manage blind spots and ensure safe execution of the turn?

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Answer: Check the interior rearview mirror, check the exterior right side mirror, perform a chin-to-shoulder head check over the right shoulder, and yield to any bicyclist before initiating the turn.

Answer

The driver must check the interior rearview mirror, check the exterior right side mirror, perform a chin-to-shoulder head check over the right shoulder, and yield to any bicyclist before turning.
Physical head checks over the shoulder are the only reliable technique for checking vehicle blind spots prior to turning or changing lanes across a bicycle lane. Mirrors, regardless of how well they are adjusted, leave blind areas adjacent to the rear side windows.

Step-by-Step Solution

1
Scan mirrors to monitor traffic following behind and alongside the vehicle.
Establishes situational awareness of rearward and adjacent traffic flow.
Mirrors provide early visibility of approaching vehicles and cyclists prior to slowing down.
2
Activate the right turn signal continuously at least 100 feet before the turn while slowing down smoothly.
Warns other road users of the intended maneuver.
Proper signaling communicates driver intent to surrounding vehicles, cyclists, and pedestrians.
3
Perform a physical chin-to-shoulder head check over the right shoulder into the right-side blind spot area.
Visually verifies whether a bicyclist or pedestrian is positioned alongside the vehicle in areas hidden from mirror views.
Exterior mirrors cannot cover the immediate area beside the rear passenger windows, making a physical head check essential.
4
Yield right-of-way if occupied and complete the turn when safe.
Prevents a lateral collision with a vulnerable road user.
Turning vehicles must yield to traffic already proceeding straight in an adjacent bicycle lane or roadway.

Key Concept

Physical chin-to-shoulder head checks are required to inspect blind spots that rearview and side mirrors cannot display.
Estimated Time:1m 30s
Question 44Question →

When driving on a highway during heavy rainfall, which of the following is the safest procedure to maintain vehicle control and visibility?

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Answer: Reduce your speed and turn on your low-beam headlights.

Answer

Reduce your speed and turn on your low-beam headlights.
Reducing speed provides better tire grip and increases stopping distance on wet pavement, while low-beam headlights improve sight distance and help other drivers see your vehicle without creating blinding glare.

Step-by-Step Solution

1
Assess environmental driving hazards
Heavy rain severely reduces tire traction and forward visibility.
Adverse weather requires immediate operational adjustments for safety.
2
Adjust speed and vehicle lighting
Drive below the posted speed limit and activate low-beam headlights.
Lower speeds prevent traction loss, and low beams illuminate the road without reflecting glare back into the driver's eyes.

Key Concept

Basic speed law compliance and proper headlight selection in adverse weather
Question 45Question →

When towing a heavy trailer or hauling a heavy load, a driver should maintain the standard three-second following distance because additional vehicle weight does not affect total stopping distance.

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Answer: False

Answer

False. Increased vehicle mass increases momentum and braking distance, requiring drivers towing trailers or carrying heavy loads to increase their following distance beyond the standard three-second rule.
The statement is false because adding weight or towing a trailer increases a vehicle's kinetic energy, which extends total braking distance and necessitates a longer following distance.

Step-by-Step Solution

1
Analyze physical factors influencing vehicle stopping distance
Vehicle mass directly affects kinetic energy (Ek=12mv2E_k = \frac{1}{2}mv^2), meaning a heavier vehicle requires considerably more braking force and distance to come to a stop.
Greater mass increases momentum, extending both braking effort and total stopping distance.
2
Evaluate following distance rules under altered vehicle load conditions
The standard three-second rule serves as a baseline for light passenger vehicles in good conditions. When towing or carrying heavy loads, this distance must be expanded to four seconds or more.
Drivers must adjust following distance upward to compensate for increased stopping distance.

Key Concept

Impact of Vehicle Weight on Following Distance
Question 46Question →

You are driving at highway speeds on a rain-slicked roadway when your vehicle suddenly hydroplanes on standing water, causing the rear end to lose traction and skid to the right. In what exact sequence should you perform the following actions to safely recover control of your vehicle?

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Answer

The correct sequence for recovering from a hydroplaning rear-wheel skid is: 1) Ease your foot off the accelerator without braking, 2) Turn the steering wheel smoothly in the direction of the skid, 3) Look and steer toward your target path as the vehicle realigns, and 4) Apply gentle braking only after full traction is restored.
During a hydroplaning skid, control must be regained systematically. Releasing the accelerator first allows speed reduction without locked wheels. Steering into the skid direction realigns front wheels with momentum. Looking down the target path guides fine adjustments during realignment. Finally, braking is strictly reserved for after tires make firm contact with pavement.

Step-by-Step Solution

1
De-escalate engine torque and momentum
Speed drops gradually while maintaining rolling wheels
Abrupt braking or acceleration during hydroplaning breaks whatever minor tire friction remains.
2
Counter-steer into the direction of the skid
Front tires realign with the vehicle's trajectory
Aligning front wheels with vehicle movement stabilizes momentum and stops rotation.
3
Target vision on desired path
Controlled steering adjustments prevent overcorrection
Drivers steer where they look; visual tracking avoids fishtailing in the opposite direction.
4
Re-engage brakes gently post-recovery
Vehicle speed is reduced safely under mechanical control
Braking relies on rolling traction; applied too early, locked tires will skid across standing water.

Key Concept

Hydroplaning emergency maneuver and skid recovery sequence
Question 47Question →

Under normal weather and road conditions on a dry paved highway, which of the following practices is recommended for establishing and maintaining a safe following distance behind the vehicle ahead?

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Answer: Use a stationary landmark to observe when the vehicle ahead passes it, then ensure your vehicle does not pass the same mark before counting at least three seconds.

Answer

Use a stationary landmark to observe when the vehicle ahead passes it, then ensure your vehicle does not pass the same mark before counting at least three seconds.
The correct response describes the standardized three-second rule method. By selecting a fixed roadside landmark and counting the time elapsed between when the lead vehicle passes it and when your front bumper reaches it, you verify that a minimum three-second spatial cushion is maintained under normal conditions.

Step-by-Step Solution

1
Identify the standard rule for following distance under clear conditions.
Safe driving guidelines recommend the three-second rule for standard passenger vehicles on dry roads.
Three seconds allows adequate perception and braking distance to avoid rear-end collisions.
2
Determine the proper method to measure the time gap.
Pick a stationary object like a signpost or tree on the roadside. When the rear bumper of the leading car passes it, count 'one-thousand-one, one-thousand-two, one-thousand-three'.
Using a fixed landmark provides an accurate measure of temporal gap independent of speed estimation errors.

Key Concept

The Three-Second Rule for Following Distance
Estimated Time:1m 0s
Question 48Question →

Arrange the following steps in the correct order to safely recover control if your vehicle starts hydroplaning on a wet road:

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Answer

The correct order to safely recover from hydroplaning is: first ease off the accelerator, keep the steering wheel pointed straight, wait for the tires to regain traction, and then gently apply the brakes if necessary once control is restored.
The proper sequence for recovering from hydroplaning begins with releasing the gas pedal to allow natural deceleration, maintaining a straight steering wheel position, waiting until the tires regain traction with the road, and finally applying gentle braking only after full control has returned.

Step-by-Step Solution

1
Remove foot from the gas pedal
Vehicle begins to slow down naturally
Abrupt braking while hydroplaning can cause a sudden skid.
2
Maintain straight directional alignment
Wheels remain oriented forward
Turning the steering wheel while tires lack traction will cause a severe skid when traction returns.
3
Allow tire re-engagement with pavement
Traction is restored
Lower vehicle speed permits tires to channel water away from the contact patch.
4
Apply gentle braking if necessary
Controlled stopping or speed adjustment
Braking is safe only after tires are back in firm contact with the road surface.

Key Concept

Hydroplane Recovery Sequence
Estimated Time:45s
Question 49Question →

When driving on a public road directly behind an active emergency vehicle displaying flashing lights and operating a siren, standard traffic safety laws permit maintaining a normal three-second following distance as long as you do not attempt to pass.

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Answer: False

Answer

False. Drivers must maintain an extended buffer zone (typically at least 500 feet500\text{ feet}) when following behind an active emergency vehicle operating with sirens or lights, rather than relying on the standard three-second following rule.
The statement is False. Traffic safety regulations mandate an extended following distance of at least 500 feet500\text{ feet} when trailing an active emergency vehicle. Utilizing a standard three-second gap creates severe collision hazards if the emergency vehicle stops unexpectedly or maneuvers sharply during a call.

Step-by-Step Solution

1
Identify the vehicle classification and active operational status presented in the scenario.
The vehicle ahead is an active emergency vehicle executing emergency operations with illuminated lights and audible sirens.
Active emergency vehicles operate under urgent traffic conditions requiring special right-of-way and safe spacing regulations.
2
Evaluate standard following distance rules against emergency vehicle safety regulations.
Standard 33-second following distance guidelines are intended for routine traffic, whereas following an active emergency vehicle mandates a minimum distance of 500 feet500\text{ feet}.
Emergency vehicles may make unexpected stops, turn abruptly, or require immediate working clearance upon arriving at an incident scene.

Key Concept

Emergency Vehicle Following Distance Requirements
Question 50Question →

You are driving on a rural highway at night with a posted speed limit of 55 mph when you suddenly encounter a thick fog bank that reduces visibility to less than 100 feet. According to safe driving practices and basic speed laws, what is the most appropriate set of actions you should take?

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Answer: Reduce your speed significantly to match visibility, activate your low-beam headlights, and increase your following distance behind other vehicles.

Answer

Reduce speed significantly to suit visibility conditions, switch headlights to low beams (or fog lights), and expand the following distance.
The correct response recognizes that under severe visibility limits, drivers must obey the Basic Speed Law by reducing speed to a level where they can safely stop within their sight distance. Low-beam headlights direct light down onto the roadway rather than reflecting off the fog back into the driver's eyes, and increasing following distance provides an essential buffer for potential hazards ahead.

Step-by-Step Solution

1
Assess environmental visibility and immediate roadway conditions.
Recognize that visibility under 100 feet requires immediate operational adjustments.
Safe stopping distance at 55 mph exceeds 200 feet, making 55 mph unsafe when visibility is under 100 feet.
2
Adjust vehicle speed in compliance with the Basic Speed Law.
Slow down to a speed where you can stop within the distance you can clearly see ahead.
Posted speed limits apply only to ideal road and weather conditions.
3
Select correct vehicle lighting modes.
Ensure low-beam headlights or specialized fog lights are turned on.
High-beam headlights reflect light directly back into the driver's eyes off atmospheric water droplets.
4
Expand safety buffers.
Increase following distance to 5 seconds or more.
Compensates for reduced hazard perception and sudden stops by lead vehicles.

Key Concept

Basic Speed Law compliance and headlight management during low visibility conditions
Question 51Question →

You are driving on a dark rural road at night with your high-beam headlights on. As an oncoming vehicle approaches from the opposite direction, at what minimum distance must you dim your high beams to low beams?

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Answer: 500 feet

Answer

500 feet
Standard driver safety regulations require switching high beams to low beams when an oncoming vehicle is within 500 feet to prevent glare from blinding the approaching driver.

Step-by-Step Solution

1
Identify the driving situation
An oncoming vehicle is approaching from the opposite direction at night.
Traffic laws specify separate distance requirements for oncoming traffic versus vehicles being followed.
2
Recall the legal headlight dimming rule
High beams must be switched to low beams at a distance of 500 feet from oncoming traffic.
This threshold provides sufficient sight distance while eliminating dangerous glare for approaching drivers.

Key Concept

High-Beam Dimming Requirements for Oncoming Traffic
Estimated Time:45s
Question 52Question →

When driving at night, you are legally required to dim your high-beam headlights when following within 300 feet of another vehicle from behind.

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Answer: True

Answer

True. Drivers must dim their high beams to low beams when following within 300 feet of a vehicle ahead.
The statement is true because driver safety guidelines mandate switching to low beams when within 300 feet of a vehicle traveling ahead in the same direction to avoid blinding the front driver through reflection in their rearview mirror.

Step-by-Step Solution

1
Identify the proper headlight setting and distance rule when following another vehicle at night.
High beams reflect directly into the lead vehicle's mirrors if left on within 300 feet.
Switching to low beams within 300 feet protects the vision of the driver ahead while keeping the road adequately illuminated.

Key Concept

Headlight Dimming Distance for Following Vehicles
Question 53Question →

When driving at night on an unlit highway, if an oncoming vehicle approaches with its high-beam headlights on and fails to dim them, you should flash your high beams repeatedly to alert the oncoming driver and look directly at their headlights to track their position.

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Answer: False

Answer

False. Drivers must avoid looking directly at oncoming high beams and should instead look toward the right edge of their lane while keeping low beams on.
The correct response is False. Standard traffic safety regulations instruct drivers facing oncoming high-beam glare to look down toward the right edge of their lane (the fog line) and avoid flashing high beams back, ensuring vehicle control without blinding the other driver.

Step-by-Step Solution

1
Analyze the action of flashing high beams repeatedly at oncoming traffic.
Identified as unsafe practice.
Flashing high beams back at an oncoming driver does not guarantee they will dim their lights and can temporarily blind both drivers.
2
Evaluate the recommended visual focal point when facing high-beam glare.
Directly gazing at the oncoming light source causes severe glare blindness.
Retinal adjustment to sudden intensity change takes several seconds, leaving the driver essentially blind to hazards in their own lane.
3
Determine proper safety procedure for oncoming high-beam glare.
Gaze toward the right edge of the road (the white edge line or fog line) and keep headlights on low beam.
Using the road edge marker allows the driver to maintain proper lane position while avoiding direct exposure to blinding glare.

Key Concept

Night Driving Glare Mitigation and Headlight Etiquette
Estimated Time:45s
Question 54Question →

You are driving at a low speed through a residential neighborhood when a ball rolls out into the street from between two parked vehicles ahead. Which defensive driving action should you take first?

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Answer: Slow down immediately, cover the brake pedal, and anticipate that a child might run into the roadway.

Answer

Slow down immediately, cover the brake pedal, and anticipate that a child might run into the roadway.
Defensive driving requires anticipating hidden or developing hazards before they materialize. A rolling ball is a classic early warning sign that a child may run out into the street. The safest action is to immediately reduce speed, cover the brake pedal, and prepare to stop.

Step-by-Step Solution

1
Identify early hazard cues
Recognize that a rolling ball in a residential area frequently indicates a child following closely behind.
Defensive driving relies on scanning ahead to detect clues that signal developing hazards.
2
Prepare for immediate stopping
Release the accelerator pedal, place the foot over the brake pedal (covering the brake), and begin slowing down.
Covering the brake significantly reduces total stopping distance by eliminating reaction time delay.

Key Concept

Hazard Anticipation and Defensive Reaction
Estimated Time:1m 0s
Question 55Question →

While driving at highway speed, your vehicle experiences a sudden rear-tire blowout, causing the vehicle to sway and traction to break. Which initial sequence of actions must you take to maintain control and safely decelerate before moving onto the shoulder?

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Answer: Grip the steering wheel firmly with both hands, steer straight, and ease off the accelerator gradually without pressing the brake pedal.

Answer

Grip the steering wheel firmly with both hands, steer straight, and ease off the accelerator gradually without pressing the brake pedal.
The correct emergency response to a tire blowout requires holding the steering wheel firmly to counteract uneven drag forces and easing off the gas pedal without applying the brakes. Braking during a blowout transfers vehicle weight away from the flat tire, exacerbating control loss. Allowing the vehicle to coast down to a manageable speed preserves directional stability before gentle braking and pulling over.

Step-by-Step Solution

1
Maintain firm steering control and keep the front wheels pointed straight ahead.
Prevents the vehicle from yawing or swerving sharply off course due to asymmetrical tire drag.
A blowout produces a sudden drag force on the affected side that pulls the vehicle toward that direction.
2
Release the accelerator pedal smoothly and refrain from touching the brake pedal initially.
Allows engine braking and rolling resistance to gradually reduce vehicle momentum.
Hard braking transfers weight forward, lifting the rear axle and causing a blown rear tire to lose all remaining lateral stability, leading to a spin.
3
Once vehicle speed drops below 20-30 mph, signal intent and gently brake to pull safely off the roadway onto the shoulder.
Brings the car to a safe stop completely clear of moving traffic.
Gently decelerating once momentum is under control eliminates rollover and skid hazards.

Key Concept

Tire Blowout Recovery Protocol
Estimated Time:1m 30s
Question 56Question →

When traveling on a multi-lane roadway, if a vehicle in an adjacent lane unexpectedly decelerates without signaling, a defensive driver should maintain speed and immediately pass the slowing vehicle.

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Answer: False

Answer

False. A defensive driver should ease off the accelerator, cover the brake, and scan the road ahead to identify why the adjacent vehicle is slowing down before proceeding or passing.
The statement is false because unexpected deceleration by neighboring vehicles often signals a hazard obscured from your view. A defensive driver reduces speed and assesses the situation rather than maintaining speed to pass.

Step-by-Step Solution

1
Identify the driver reaction in the surrounding traffic context.
Recognize that an adjacent vehicle is slowing down without an obvious structural reason (like a traffic signal or turn lane).
Traffic flow anomalies are key early indicators of developing hazards.
2
Assess blind zones and potential sightline obstructions.
Understand that the slowing vehicle may obscure a pedestrian, animal, or turning vehicle from your direct sightline.
Defensive driving requires anticipating hazards beyond your immediate visual path.
3
Determine the safe operational response.
Reduce speed, cover the brake, and hold back until the roadway ahead of the adjacent vehicle is confirmed clear.
Maintaining speed or accelerating past an obscured area increases the likelihood of a crash.

Key Concept

Hazard Anticipation and Indirect Cues
Question 57Question →

If your vehicle experiences a sudden tire blowout while driving at highway speed, what is the safest immediate action you should take?

Show answer & explanation

Answer: Hold the steering wheel firmly and ease your foot off the accelerator pedal.

Answer

The safest immediate action is to grip the steering wheel firmly with both hands and ease off the accelerator pedal without hard braking.
Holding the steering wheel firmly with both hands keeps the vehicle tracking straight against sudden pull from the flat tire, and easing off the gas allows engine braking to slow the vehicle safely without skidding.

Step-by-Step Solution

1
Maintain directional control
Vehicle stabilizes against pulling forces caused by the blown tire
A blown tire creates strong drag on one side, which must be counteracted by a firm grip on the steering wheel.
2
Gently ease off the accelerator
Vehicle gradually slows down without destabilizing weight transfer
Sudden braking transfers weight forward rapidly and reduces traction on the remaining functional tires.
3
Signal and pull off the roadway safely
Vehicle comes to a stop completely clear of traffic lanes
Once speed has significantly dropped and control is established, safely coasting to the shoulder prevents secondary collisions.

Key Concept

Tire Blowout Emergency Response Procedure
Estimated Time:45s
Question 58Question →

If your accelerator pedal becomes stuck while driving, you should immediately turn off the ignition key to turn off the engine while moving at high speed.

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Answer: False

Answer

The statement is false. Turning off the ignition while moving at high speed can lock the steering wheel and deactivate power steering and brakes. Drivers should shift into neutral first, brake steadily, and pull over safely before turning off the engine.
The statement is false because turning off the ignition key while moving at speed can lock the vehicle's steering column and disable power steering and power braking assistance. The safe emergency response for a stuck gas pedal is to keep your eyes on the road, shift into neutral, apply steady braking pressure, and steer safely off the roadway before turning off the engine.

Step-by-Step Solution

1
Identify the immediate safety hazards of turning off the ignition key while driving.
Recognize that turning the key to the 'off' or 'lock' position can lock the steering wheel and cut power assistance to steering and braking.
Maintaining vehicle control and steering capability is essential during a mechanical failure emergency.
2
Determine the proper initial safety action for a stuck accelerator.
Shift the gear selector into Neutral (NN) to disengage power from the drive wheels while keeping control of the steering.
Shifting to neutral stops engine power from propelling the vehicle without locking the steering mechanism.
3
Evaluate the true/false statement based on correct safety protocol.
The statement incorrectly recommends turning off the ignition key immediately as the primary action.
Because turning off the ignition key creates an unsafe condition by disabling steering control, the statement is false.

Key Concept

Stuck Accelerator Emergency Response
Question 59Question →

You are driving a passenger vehicle and are about to start down a long, steep mountain grade. Which of the following is the safest and recommended practice to maintain speed control?

Show answer & explanation

Answer: Shift into a lower gear before starting down the grade to utilize engine braking.

Answer

Shift into a lower gear before starting down the grade to utilize engine braking.
Shifting into a lower gear before beginning a steep descent uses engine compression to control speed naturally. This prevents the friction brakes from overheating and failing.

Step-by-Step Solution

1
Identify the primary risk associated with driving down steep mountain grades.
Recognize that relying solely on foot brakes causes them to overheat and fail (brake fade).
Gravity causes the vehicle to gain speed rapidly on downgrades.
2
Determine the proper driving technique to prevent brake overheating.
Shift into a lower gear before beginning the descent.
Lower gears use engine compression (engine braking) to control speed, keeping foot brakes cool for emergency stopping.

Key Concept

Using lower gears and engine braking to control vehicle speed on steep downgrades.
Question 60Question →

When driving adjacent to a bicyclist on a street lined with parked vehicles, a defensive driver should scan the road ahead of the bicyclist for potential hazards, such as opening vehicle doors or debris, and anticipate that the bicyclist may suddenly swerve left into the travel lane.

Show answer & explanation

Answer: True

Answer

True
Defensive driving requires identifying potential hazards before they materialize into emergencies. Because bicyclists often need to maneuver left to clear opening car doors or road debris, scanning ahead of them enables a driver to reduce speed and grant safe buffer space in advance.

Step-by-Step Solution

1
Scan the driving environment beyond your immediate vehicle path.
Identify potential hazards in the bicyclist's line of travel, such as occupied parked cars or road debris.
Hazard anticipation requires evaluating conditions that affect other road users.
2
Predict the bicyclist's probable evasive maneuvers.
Recognize that the bicyclist will likely swerve left into the motor vehicle lane to avoid an opening door or obstacle.
Bicyclists must maintain stability and safety, which often requires taking additional lane space around obstructions.
3
Execute preventive driving adjustments.
Cover the brake, reduce speed, and allow extra lateral space when passing or following.
Proactive adjustments eliminate collision risks before dangerous situations develop.

Key Concept

Defensive Driving and Hazard Anticipation
Estimated Time:1m 0s
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