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1884 questions

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You are following another vehicle on a dry road. How can you use a fixed roadside marker to check that you are maintaining a safe separation distance?

Watch the vehicle ahead pass the marker and ensure your vehicle reaches it within one second

Count at least four seconds from when the vehicle ahead passes the marker until your vehicle reaches it

Count at least two seconds from when the vehicle ahead passes the marker until your vehicle reaches it

Keep your eyes fixed on the vehicle ahead and ignore the roadside marker once you spot it

Show answer & explanation

Answer: Count at least two seconds from when the vehicle ahead passes the marker until your vehicle reaches it

Answer

Count at least two seconds from when the vehicle ahead passes the marker until your vehicle reaches it

In good, dry conditions, drivers should maintain a separation gap of at least two seconds from the vehicle ahead. To check this, note when the vehicle in front passes a fixed roadside object such as a bridge or road sign, then count two seconds. If your vehicle reaches the object before you finish counting, you are following too closely and should drop back.

Step-by-Step Solution

Identify a stationary reference point ahead, such as an overhead bridge, signpost, or lamp post.

A fixed marker is selected along the road.

A stationary object is required to measure the time gap between two moving vehicles.

Start counting seconds the moment the rear of the vehicle ahead passes the reference point.

Begin counting at a steady pace (for example, saying 'Only a fool breaks the two-second rule').

Timing must start precisely when the lead vehicle passes the chosen marker.

Verify whether your vehicle reaches the marker after at least two seconds have elapsed.

If you reach the marker before two seconds have passed, increase your following distance.

The Highway Code sets a minimum safe separation distance of two seconds on dry roads.

Key Concept

The Two-Second Rule for Safe Separation Distances

Estimated Time:45s

Question 742Question →

According to the UK Highway Code, drivers must increase their following distance in adverse weather. Match each road surface condition with the minimum safe time separation gap required when following another vehicle.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Good, dry road conditions match with 2 seconds; Wet road surface matches with 4 seconds (doubled); Icy or snow-covered road surface matches with 20 seconds (ten times).

The UK Highway Code specifies a minimum 2-second separation gap on dry roads. In wet weather, tyre traction is significantly reduced, requiring the gap to be doubled to 4 seconds. On icy or snow-covered roads, braking capability is severely compromised, requiring up to ten times the normal gap, or 20 seconds.

Step-by-Step Solution

Identify the baseline following distance rule for normal conditions

The two-second rule applies to clear, dry roads

The Highway Code establishes a 2-second time gap as the standard minimum separation distance on dry asphalt.

Apply the multiplier for wet road conditions

2 seconds multiplied by 2 equals 4 seconds

Tyre grip is halved on wet surfaces, meaning the separation gap must be doubled.

Apply the multiplier for icy and snowy road conditions

2 seconds multiplied by 10 equals 20 seconds

Friction is severely compromised on ice, requiring up to ten times the standard separation distance.

Key Concept

Highway Code separation distance multipliers based on weather and road surface conditions

Estimated Time:45s

Question 743Question →

You are driving along a rural lane and approaching an unmarked crossroads where high hedges severely restrict your view of the intersecting road. What observation technique and action should you take to safely navigate this junction?

Accelerate briskly across the junction to minimize the time your vehicle is exposed to potential cross-traffic

Slow down and gently creep forward until you can see clearly in both directions before committing to proceed

Flash your headlights repeatedly and maintain your speed so any approaching drivers know to give way to you

Rely entirely on your side mirrors to judge traffic conditions without moving further forward to look directly

Show answer & explanation

Answer: Slow down and gently creep forward until you can see clearly in both directions before committing to proceed

Answer

Slow down and gently creep forward until you can see clearly in both directions before committing to proceed

When approaching an unmarked crossroads or blind junction where hedges, walls, or buildings severely limit forward and side vision, you must reduce speed and edge forward slowly (the 'peep and creep' method). This gradual movement widens your visual angle past the obstruction, enabling you to observe cross-traffic in both directions and stop immediately if another road user is approaching.

Step-by-Step Solution

Assess the physical obstruction upon approach and reduce speed to a crawl well before reaching the junction line.

The vehicle is brought under full control at low speed, giving maximum time to scan and stop if necessary.

Unmarked crossroads have no priority rules, and visual obstructions like hedges completely hide cross-traffic.

Apply the 'peep and creep' routine by edging forward gradually while continuously scanning both left and right.

Your sightline expands past the hedge line, allowing you to clearly see intersecting traffic before committing.

Physical obstructions create blind spots that can only be safely cleared through progressive, controlled forward observation.

Key Concept

Observation and hazard anticipation at blind junctions and unmarked crossroads using the 'peep and creep' technique.

Estimated Time:45s

Question 744Question →

Maintaining correct tyre pressure is vital for vehicle stability, braking efficiency, and fuel economy. Why should tyre pressure checks always be carried out when the tyres are cold?

Checking tyres when warm will cause the vehicle's electronic dashboard monitoring sensors to record a permanent fault code

Cold tyres give an accurate baseline because driving warms the air inside, causing it to expand and show a falsely high reading

Tyres lose pressure as they become hot from road friction, which causes the pressure gauge to display a falsely low reading

The statutory minimum tread depth of 1.6 mm can only be maintained if pressures are calibrated while the rubber remains cold

Show answer & explanation

Answer: Cold tyres give an accurate baseline because driving warms the air inside, causing it to expand and show a falsely high reading

Answer

Cold tyres provide an accurate reading because driving generates friction that heats the internal air, causing thermal expansion and resulting in a falsely elevated pressure reading.

Tyre pressures should always be checked when the tyres are cold because continuous road friction generates heat during travel. This heat warms the trapped air inside the tyre, causing it to expand and display an artificially high pressure reading on a gauge. If air is released to match standard specifications while the tyre is warm, the tyre will be significantly under-inflated once it cools down.

Step-by-Step Solution

Identify the physical effect of vehicle motion on tyre temperature and pressure

Driving creates friction between the tyre rubber and the road surface, transferring heat to the enclosed air inside the tyre.

Air expands when heated, which temporarily raises the internal pressure above its resting baseline.

Determine the proper condition for taking an accurate measurement

Measurements must be taken when the vehicle has been stationary or driven less than a mile at low speed (cold condition).

Manufacturer specifications in the vehicle handbook are calibrated for cold tyre pressures; checking warm tyres could lead a driver to under-inflate their tyres mistakenly.

Key Concept

Tyre Pressure Maintenance and Temperature Effects

Estimated Time:1m 0s

Question 745Question →

According to The Highway Code, total stopping distance is comprised of thinking distance and braking distance. On a dry, level road with good tyres and brakes, what is the typical braking distance for each vehicle speed? Match each vehicle speed to its corresponding braking distance.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Travelling at 30 mph matches 14 metres (45 feet); Travelling at 40 mph matches 24 metres (80 feet); Travelling at 50 mph matches 38 metres (125 feet); Travelling at 70 mph matches 75 metres (245 feet).

Under The Highway Code standard dry road figures: at 30 mph, the braking distance is 14 metres (45 feet); at 40 mph, it is 24 metres (80 feet); at 50 mph, it is 38 metres (125 feet); and at 70 mph, it is 75 metres (245 feet).

Step-by-Step Solution

Recall The Highway Code formula for overall stopping distances

Total Stopping Distance = Thinking Distance + Braking Distance

Understanding the separation of components is necessary to isolate braking distance from total distance.

Determine the braking distance for 30 mph and 40 mph

At 30 mph, braking distance is 14 metres (45 feet). At 40 mph, braking distance is 24 metres (80 feet).

Braking distance increases non-linearly with speed due to kinetic energy scaling with the square of velocity.

Determine the braking distance for 50 mph and 70 mph

At 50 mph, braking distance is 38 metres (125 feet). At 70 mph, braking distance is 75 metres (245 feet).

Applying the standard official Highway Code values for higher speeds under dry conditions.

Match each speed with its respective braking distance value

30 mph to 14 m (45 ft); 40 mph to 24 m (80 ft); 50 mph to 38 m (125 ft); 70 mph to 75 m (245 ft).

Completes the required pair-wise matching accurately.

Key Concept

Braking distance under dry conditions according to The Highway Code

Estimated Time:1m 0s

Question 746Question →

A driver inspects a car tyre and records tread depth readings across different sections of the tyre: $2.2\text{ mm}$ on the outer shoulder, $1.4\text{ mm}$ across the central three-quarters of the tyre's breadth, and $2.0\text{ mm}$ on the inner shoulder, measured continuously around the entire outer circumference. Which of the following correctly describes the legal status of this tyre and the underlying maintenance issue indicated by this wear pattern?

The tyre is legal because the average tread depth across the full breadth exceeds

1.6\text{ mm}

, and the wear pattern indicates normal, balanced tyre pressure.

The tyre is illegal because the tread depth in the central three-quarters is below

1.6\text{ mm}

, and the wear pattern indicates the tyre has been operating over-inflated.

The tyre is illegal because UK law requires at least

2.5\text{ mm}

of tread across the entire breadth, and the wear pattern indicates the tyre has been operating under-inflated.

The tyre is legal as long as the outer shoulders remain above

1.0\text{ mm}

, and the wear pattern indicates misaligned front-wheel tracking.

Show answer & explanation

Answer: The tyre is illegal because the tread depth in the central three-quarters is below $1.6\text{ mm}$ , and the wear pattern indicates the tyre has been operating over-inflated.

Answer

The tyre is illegal because the tread depth in the central three-quarters is below

1.6\text{ mm}

, and the wear pattern indicates the tyre has been operating over-inflated.

Under UK law, car tyres must have a minimum tread depth of at least

1.6\text{ mm}

throughout a continuous band comprising the central three-quarters of the breadth of the tread and around the entire outer circumference. Because the central band measures only

1.4\text{ mm}

, the tyre is illegal. Furthermore, excessive wear focused along the middle of the tyre tread is the classic diagnostic indicator of continuous over-inflation.

Step-by-Step Solution

Evaluate the measured tread depth against UK statutory requirements.

The central three-quarters of the tyre measures

1.4\text{ mm}

, which is below the mandatory UK minimum threshold of

1.6\text{ mm}

UK law mandates that passenger car tyres must maintain at least

1.6\text{ mm}

of tread across the central three-quarters of the tyre's breadth and around its entire outer circumference.

Analyze the physical wear distribution across the tyre profile.

The tyre exhibits significantly higher wear in the centre (

1.4\text{ mm}

) compared to the shoulders (

2.0\text{ mm}

and

2.2\text{ mm}

When a tyre is over-inflated, the centre of the contact patch bulges outward and bears the majority of the vehicle's load, causing rapid wear along the centreline.

Synthesize the legal finding and the mechanical cause.

The tyre fails legal safety standards and must be replaced, and the driver must reduce inflation pressure to the manufacturer's recommended cold specification.

Driving on illegal tyres carries penalty points and fines, and over-inflation compromises vehicle grip and braking efficiency.

Key Concept

UK legal minimum tyre tread depth (

1.6\text{ mm}

across the central three-quarters and entire outer circumference) and tyre wear pattern diagnostics.

Estimated Time:1m 15s

Question 747Question →

You intend to overtake a cyclist travelling ahead of you on an urban road with a 30 mph speed limit. What should you do to ensure the manoeuvre is safe and courteous?

Squeeze past within the same lane without crossing the centre road markings

Allow at least as much room as you would give when overtaking a car

Flash your headlights repeatedly until the cyclist pulls over onto the pavement

Cut back into your lane immediately after clearing the cyclist's front wheel

Show answer & explanation

Answer: Allow at least as much room as you would give when overtaking a car

Answer

Allow at least as much room as you would give when overtaking a car, ensuring at least 1.5 metres of clearance.

According to the Highway Code, drivers must give cyclists at least 1.5 metres (5 feet) of space when overtaking at speeds up to 30 mph, giving them as much room as they would when overtaking a motor vehicle. This courteous and safe approach ensures the cyclist is not destabilised by air turbulence or forced into the kerb.

Step-by-Step Solution

Wait until there is a clear view of oncoming traffic and adequate space to pull fully into the opposite lane.

The vehicle is positioned to pass without endangering the cyclist or oncoming traffic.

Cyclists may need to alter course suddenly to avoid surface hazards such as potholes or debris.

Pass the cyclist leaving at least 1.5 metres of space at speeds up to 30 mph, and only move back left when well clear.

The manoeuvre is completed safely without causing draft turbulence or collision risk.

The Highway Code sets clear minimum passing distances to protect vulnerable road users.

Key Concept

Providing safe lateral clearance (at least 1.5 metres) when overtaking cyclists

Estimated Time:45s

Question 748Question →

Match each vehicle condition or driving action relating to noise and exhaust emissions with its direct legal or environmental consequence under UK road regulations.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Fitting an unapproved loud exhaust matches with violating vehicle construction and use noise limits and risking an MOT refusal or fine; sounding the horn while stationary to prompt another driver matches with breaching Highway Code horn rules due to lack of immediate danger; leaving the engine running while waiting parked at the kerbside matches with committing an unnecessary stationary idling offence; and removing/tampering with a DPF or catalytic converter matches with making the vehicle unroadworthy and causing an automatic MOT emissions failure.

Each driving scenario maps directly to its specific legal framework under UK transport law: modified loud exhaust systems breach construction and use noise limits; using the horn while stationary without danger violates Highway Code Rule 112; running an engine while waiting parked breaches Rule 123 stationary idling rules; and removing emissions filters violates UK roadworthiness standards resulting in MOT rejection.

Step-by-Step Solution

Analyze the regulations concerning vehicle silencer modifications and exhaust noise.

Altering an exhaust to make it louder breaches the Road Vehicles (Construction and Use) Regulations, resulting in potential police fines or MOT test failure.

Vehicle type-approval strictly regulates maximum allowable decibel levels for road safety and residential environmental protection.

Evaluate the Highway Code provisions regarding horn usage when stationary.

Sounding the horn while stationary is prohibited at all times unless there is an imminent danger that requires warning another road user.

Horns must never be used to display impatience or signal convenience.

Identify the environmental and legal rules governing stationary idling.

Allowing an engine to run while parked or waiting at the roadside constitutes unnecessary idling subject to local authority fines under Rule 123.

Switching off the engine reduces harmful ground-level emissions, air pollution, and fuel wastage.

Examine the technical and legal requirements for emissions control components.

Removing a catalytic converter or diesel particulate filter (DPF) releases toxic gasses/particulates and triggers an automatic MOT failure.

Emissions control devices are legally mandated for road vehicles to meet national air quality targets.

Key Concept

UK Highway Code and environmental regulations governing noise abatement, horn restrictions, stationary engine idling, and exhaust emissions compliance.

Estimated Time:1m 30s

Question 749Question →

A motorist is driving on a dual carriageway behind another vehicle. Under dry weather conditions, the motorist maintains the minimum safe separation gap of 2 seconds as recommended by The Highway Code. When heavy rain begins, the motorist correctly doubles their following time gap to adjust for wet road conditions. As the journey continues into sub-zero temperatures, the road surface becomes covered in ice, requiring a following distance of up to 10 times the standard dry-weather gap. By how many seconds must the motorist increase their time separation gap when transitioning from wet road conditions to icy road conditions?

Show answer & explanation

Answer: 16

Answer

16 seconds

Under The Highway Code, the baseline separation gap in dry conditions is 2 seconds. On wet roads, this gap is doubled to 4 seconds. On icy roads, stopping distances can increase up to 10 times the dry baseline, requiring a 20-second gap. The increase needed when moving from wet conditions (4 seconds) to icy conditions (20 seconds) is 20 - 4 = 16 seconds.

Step-by-Step Solution

Determine the baseline minimum following distance in dry conditions according to The Highway Code.

2 seconds

The two-second rule specifies a minimum 2-second time gap between vehicles on dry roads.

Calculate the safe time gap required in wet weather.

4 seconds

In wet conditions, stopping distances double, so the time gap must be doubled (2 seconds × 2 = 4 seconds).

Calculate the safe time gap required in icy conditions.

20 seconds

On icy roads, stopping distances can increase up to 10 times the normal dry distance, requiring a gap of 20 seconds (2 seconds × 10 = 20 seconds).

Calculate the additional time gap needed when transitioning from wet to icy conditions.

16 seconds

Subtracting the wet weather gap from the icy road gap gives the required increase (20 seconds - 4 seconds = 16 seconds).

Key Concept

Application of weather-dependent time gap multipliers based on The Highway Code's two-second separation rule.

Estimated Time:1m 30s

Question 750Question →

You are driving along a 30 mph urban road and see a bus ahead indicating right to pull away from a bus stop. Arrange the following actions in the correct chronological order to respond safely to this moving hazard.

Drag items to arrange them in the correct order

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Answer

Check your mirrors first to assess following traffic, ease off the accelerator early to slow down smoothly, stop at a safe distance to allow the bus priority to pull out, and then check ahead before accelerating to follow at a safe distance.

When approaching a moving hazard such as a bus indicating to leave a stop, safe driving requires early anticipation. The driver must first check their mirrors to assess following traffic, ease off the gas pedal to slow down smoothly, stop at a safe distance to give the bus priority, and finally check surroundings before moving off smoothly behind it.

Step-by-Step Solution

Check rear-view and exterior mirrors.

Clear awareness of the presence, distance, and speed of vehicles behind you.

You must always assess following traffic before altering your speed to avoid causing a rear-end collision.

Ease off the accelerator pedal in good time.

Smooth deceleration without sudden harsh braking.

Gradual slowing allows following drivers sufficient time to react safely to the hazard.

Stop safely behind the bus to yield priority.

The bus has adequate room to pull away from the bus stop cleanly.

Rule 223 of the Highway Code states that drivers should give priority to buses signalling to pull away from stops when safe.

Observe traffic ahead and resume driving at a safe following distance.

Safe progression in traffic behind the moving bus.

Ensures you maintain a proper safety margin and separation distance once the hazard is moving.

Key Concept

Anticipating and responding to buses pulling out as moving hazards by using mirror checks, gradual speed reduction, and giving priority.

Estimated Time:45s

Question 751Question →

Which driving technique helps reduce both vehicle exhaust emissions and engine noise levels?

Coast with the clutch pedal held down when approaching junctions

Accelerate smoothly and change to higher gears as early as possible without labouring the engine

Stay in lower gears to keep engine revolutions high while cruising

Apply firm acceleration followed immediately by heavy braking between hazards

Show answer & explanation

Answer: Accelerate smoothly and change to higher gears as early as possible without labouring the engine

Answer

Accelerating smoothly and changing up to a higher gear as early as possible without labouring the engine reduces both emissions and noise.

Accelerating smoothly and changing up to higher gears early keeps the engine operating at lower revolutions per minute (rpm). Lower engine speeds require less fuel, producing fewer toxic exhaust emissions and significantly quieter operation.

Step-by-Step Solution

Identify the factors that increase vehicle emissions and noise

High engine speed (rpm) and aggressive acceleration significantly raise fuel consumption, toxic exhaust gases, and sound output.

Internal combustion engines burn more fuel and generate greater mechanical and exhaust noise under high load and high rpm.

Select the eco-safe driving method that keeps engine speed moderate and consistent

Smooth acceleration combined with early gear shifting maintains lower engine speeds and smoother power delivery.

This technique uses the vehicle's momentum efficiently and maintains lower combustion frequency, directly abating noise and emissions.

Key Concept

Eco-safe driving techniques for exhaust emissions reduction and noise abatement

Estimated Time:45s

Question 752Question →

Drivers diagnosed with moderate or severe obstructive sleep apnoea syndrome (OSAS) that causes excessive daytime sleepiness are legally required to stop driving immediately and notify the DVLA.

True

False

Show answer & explanation

Answer: True

Answer

True

The statement is true because the DVLA mandates that any driver diagnosed with OSAS or any other medical disorder causing excessive daytime fatigue must cease driving immediately and declare their condition to the DVLA.

Step-by-Step Solution

Identify the medical condition and its effect on driver fitness

Moderate or severe obstructive sleep apnoea syndrome (OSAS) directly causes involuntary daytime drowsiness and severely reduces alertness behind the wheel.

Medical conditions causing uncontrollable fatigue present an immediate, critical hazard to the driver and other road users.

Evaluate the statutory obligations under UK DVLA medical regulations

The driver must cease driving immediately upon diagnosis and notify the licensing authority (DVLA).

UK driving regulations mandate official notification for all medical conditions that compromise safe vehicle control.

Key Concept

Legal fitness to drive and mandatory DVLA medical reporting for severe fatigue-inducing conditions

Question 753Question →

When driving through an area with eye-catching roadside displays or street entertainment, you may safely divert your gaze away from the road ahead to observe the activity, provided you maintain your lane position and a steady speed.

True

False

Show answer & explanation

Answer: False

Answer

False. A driver must never divert their visual or cognitive attention from the carriageway to observe roadside activities, displays, or events.

Full concentration and continuous scanning of the road ahead are essential for safe driving. Looking away to observe roadside entertainment or advertising displays causes visual and cognitive distraction, leaving the driver unable to react to sudden hazards such as pedestrians stepping off the pavement or vehicles braking ahead.

Step-by-Step Solution

Identify the external distraction in the driving environment

Roadside entertainment and visual advertising displays act as competing external stimuli outside the vehicle.

Recognising external visual triggers is the first step in actively managing driver alertness and focus.

Evaluate the safety implications of looking away from the road ahead

Diverting attention from the carriageway compromises situational awareness and increases thinking distance.

Even at moderate speeds, a vehicle travels significant distances every second; removing visual focus creates a dangerous hazard detection blind spot.

Determine the accuracy of the statement based on UK road safety principles

The claim that maintaining lane position and speed makes diverting attention safe is incorrect.

Mechanical vehicle control does not mitigate the severe risks caused by a lack of forward observation and hazard anticipation.

Key Concept

Maintaining continuous forward visual scanning and resisting external roadside distractions

Estimated Time:45s

Question 754Question →

When travelling behind a vehicle towing a trailer that begins to sway or snake across the carriageway, increasing your speed to quickly overtake the vehicle is the safest course of action.

True

False

Show answer & explanation

Answer: False

Answer

False. You should not accelerate to overtake an unstable or snaking vehicle; instead, ease off the accelerator and increase your following distance.

The statement is false because attempting to overtake an unstable, snaking trailer places your vehicle directly alongside a vehicle that could jackknife or swerve into your lane at any moment. Defensive driving requires easing off the accelerator, holding back, and maintaining a generous safety cushion until the hazard has resolved.

Step-by-Step Solution

Identify the dynamic hazard and recognize the instability of the swaying trailer ahead.

Recognised that the towed unit is at imminent risk of jackknifing or swerving unpredictably across lanes.

Instability in a towed vehicle causes lateral oscillations that can rapidly escalate out of control.

Evaluate the proposed action of accelerating to pass the unstable combination.

Identified that accelerating alongside a snaking vehicle increases risk by placing you directly in its path without an escape route.

Overtaking eliminates your safety margin and increases collision severity if the trailer overturns.

Determine the correct Highway Code response to this moving hazard.

Concluded that dropping back smoothly and giving the vehicle ample space is the safest course of action.

Increasing separation distance protects your vehicle and allows the driver ahead space to safely stabilize.

Key Concept

Managing dynamic hazards involving unstable towed vehicles by dropping back rather than overtaking.

Estimated Time:45s

Question 755Question →

You are driving on a single-carriageway road and intend to overtake a slow-moving agricultural vehicle. Arrange the following steps in the correct chronological order to complete this manoeuvre safely and courteously according to the Highway Code.

Drag items to arrange them in the correct order

Show answer & explanation

Answer

The correct sequence begins with dropping back to open up forward sightlines, followed by checking mirrors and scanning the entire overtaking path, signalling and checking blind spots before moving out, accelerating past with ample lateral clearance, and finally checking the interior rear-view mirror before returning to the left lane.

Safe overtaking on a single carriageway demands structured application of observation, signaling, positioning, and speed control. Dropping back first creates the necessary sightline to evaluate the road ahead. Once safety is verified, signalling and checking blind spots precedes pulling out. Passing must be swift with safe lateral clearance, and rejoining the left lane must only occur after the vehicle is clearly visible in the interior rear-view mirror to prevent cutting in.

Step-by-Step Solution

Increase following distance behind the slow vehicle.

Forward sightlines around the vehicle expand significantly.

Tailgating restricts the forward view and creates a dangerous blind zone where oncoming hazards cannot be seen.

Examine mirrors and scan the entire road ahead.

Confirmation that no upcoming junctions, dips, bends, or oncoming road users obstruct the manoeuvre.

Highway Code Rules 162 and 163 require ensuring the road is sufficiently clear before starting an overtake.

Signal right, check the offside blind spot, and move smoothly out.

The vehicle moves across the centre line without surprising other road users or cutting off trailing traffic.

A blind-spot check guards against vehicles already overtaking from behind.

Accelerate past while maintaining generous sideways clearance.

The vehicle passes cleanly while staying within the legal speed limit.

Minimizes time exposed to oncoming traffic risk and protects against sudden movements from the overtaken vehicle.

Check the interior mirror and return smoothly to the left lane.

The vehicle rejoins the left lane with a safe gap in front of the overtaken vehicle.

Seeing the vehicle in the interior mirror prevents cutting in too closely and causing the other driver to brake.

Key Concept

MSPSL routine and safe space management during overtaking manoeuvres

Estimated Time:1m 30s

Question 756Question →

To check for worn shock absorbers on a car, you should push down firmly on the bodywork above each wheel; if the vehicle continues to bounce repeatedly after release rather than settling immediately, the shock absorbers are likely defective.

True

False

Show answer & explanation

Answer: True

Answer

True. A vehicle that continues to bounce after being pushed down and released has worn or defective shock absorbers.

The statement is true because the manual bounce test is an established, practical method for identifying worn shock absorbers. When you apply firm downward pressure above each wheel and release, a roadworthy vehicle will rebound and settle almost immediately. If the vehicle continues to bounce or rock, the damping mechanism is degraded and requires maintenance.

Step-by-Step Solution

Identify the primary function of a vehicle's shock absorbers within the suspension system.

Shock absorbers control and dampen the rebound movement of suspension springs to keep tyres firmly in contact with the road.

Understanding component function helps determine what physical symptoms indicate failure.

Evaluate the physical outcome of the manual bounce test on vehicle bodywork.

Effective shock absorbers stop rebound movement almost instantly, whereas worn shock absorbers allow the vehicle body to bounce repeatedly.

A lack of hydraulic or gas damping resistance allows the suspension springs to oscillate freely.

Determine whether the provided statement accurately reflects this diagnostic procedure.

The statement correctly describes the test and its diagnostic symptom, confirming that the statement is true.

The description aligns directly with standard DVSA vehicle maintenance guidelines.

Key Concept

Shock absorber inspection and suspension damping diagnostics

Estimated Time:45s

Question 757Question →

When following a cyclist or horse rider along an unlit road at night, you should keep your headlights on main beam so that they can see the road ahead more clearly.

True

False

Show answer & explanation

Answer: False

Answer

False. Drivers must keep headlights dipped when following cyclists, horse riders, or any other road users to prevent dazzling them or startling animals.

The statement is false because The Highway Code specifies that drivers must keep headlights dipped when following other road users, including cyclists and horse riders, to avoid dazzling them or frightening horses.

Step-by-Step Solution

Assess the hazard and vulnerable road user context

Identified that cyclists and horse riders are particularly vulnerable to sudden changes in light and glare when travelling at night.

Anticipating the effects of vehicle controls on other road users is essential for safe driving.

Apply Highway Code rules on lighting and dazzle

Highway Code Rule 114 states drivers must not use headlights in a way that dazzles other road users, including those being followed.

Main beam reflects strongly in rear-view mirrors and blinds users ahead, while sudden bright light can panic horses.

Evaluate the statement validity

The statement asserts that keeping main beam on is correct practice, which directly contradicts safety rules.

The correct action is to switch to dipped headlights until safely past.

Key Concept

Consideration and lighting rules when following vulnerable road users at night

Estimated Time:45s

Question 758Question →

Match each dashboard warning light to the specific vehicle fault or condition it indicates.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Battery charge warning light matches alternator/electrical charging failure; ABS warning light matches fault in the anti-lock assist system while normal brakes remain; Coolant temperature warning light matches engine overheating or cooling system failure; TPMS warning light matches significantly under-inflated tyres.

Each instrument panel warning light serves a dedicated purpose: the battery icon monitors the charging circuit and alternator output; the ABS symbol warns of deactivated anti-lock modulation while preserving conventional braking; the coolant temperature thermometer indicates engine overheating; and the TPMS horseshoe icon warns of tyre pressure drops.

Step-by-Step Solution

Identify the primary vehicle system represented by each distinct dashboard icon and colour.

Categorise battery and coolant symbols as critical red indicators, while ABS and TPMS symbols serve as amber advisory/cautionary indicators.

Red lights signify critical mechanical/electrical faults requiring immediate attention, whereas amber lights denote faults in secondary assistance systems or monitoring warnings.

Pair each symbol with its corresponding mechanical or operational fault condition.

Correctly link the battery symbol to the electrical charging system, ABS to wheel-lock prevention, coolant thermometer to overheating, and TPMS to tyre under-inflation.

Recognising standard dashboard instrumentation ensures prompt, correct driver reactions according to UK driving theory and vehicle safety standards.

Key Concept

Identification and interpretation of standard vehicle dashboard warning lights and their operational significance.

Estimated Time:45s

Question 759Question →

You are driving on an ungritted single carriageway covered in compacted snow and ice. As you approach a queue of stationary traffic on a slight downhill gradient, which driving action should you take to maintain adequate safety margins and stop safely?

Allow five times the normal thinking distance while keeping standard dry-weather braking points.

Double your standard dry-weather following distance and apply continuous, firm footbrake pressure on approach.

Begin slowing down significantly earlier than usual using smooth, gentle control inputs, allowing up to ten times the normal stopping distance.

Maintain your normal approach speed until close to the queue, then pump the footbrake vigorously to activate the anti-lock braking system.

Show answer & explanation

Answer: Begin slowing down significantly earlier than usual using smooth, gentle control inputs, allowing up to ten times the normal stopping distance.

Answer

Begin slowing down significantly earlier than usual using smooth, gentle control inputs, allowing up to ten times the normal stopping distance.

On compacted snow and ice, tyre grip is severely compromised, meaning overall stopping distances can increase by up to ten times compared to normal dry roads. When approaching stationary traffic—especially on a downhill gradient—drivers must anticipate far ahead, begin slowing down much earlier, and use light, progressive control inputs to avoid skidding and maintain an adequate safety margin.

Step-by-Step Solution

Assess the severe reduction in tyre grip caused by compacted snow and ice on a downhill slope.

Identify that stopping distances can increase by up to ten times compared to dry road conditions.

Compacted ice provides minimal friction, requiring a substantial increase in safety margins and stopping space.

Adjust speed and deceleration well before reaching the stationary queue.

Vehicle speed decreases progressively without locking the wheels or losing directional stability.

Early, gentle deceleration using engine braking and light pedal pressure prevents the onset of skidding.

Maintain an extended stopping buffer throughout the entire approach.

The vehicle is brought to a complete standstill smoothly with a safe space margin behind the queue.

Allowing up to ten times the normal distance provides the necessary safety margin to halt safely.

Key Concept

Adjusting safety margins and braking technique on ice and snow

Estimated Time:1m 30s

Question 760Question →

You are travelling at $40\text{ mph}$ ( $64\text{ km/h}$ ) along an open road while it is raining. Given that the road surface is wet, what is the expected overall stopping distance for a standard car?

36\text{ metres}

(

120\text{ feet}

)

24\text{ metres}

(

80\text{ feet}

)

72\text{ metres}

(

240\text{ feet}

)

48\text{ metres}

(

160\text{ feet}

)

Show answer & explanation

Answer: $72\text{ metres}$ ( $240\text{ feet}$ )

Answer

72\text{ metres}

(

240\text{ feet}

)

According to The Highway Code, travelling at

40\text{ mph}

(

64\text{ km/h}

) requires a total stopping distance of

36\text{ metres}

(

120\text{ feet}

) under dry conditions (

12\text{ metres}

thinking distance +

24\text{ metres}

braking distance). Because wet road surfaces double the overall stopping distance, the correct total distance required is

72\text{ metres}

(

240\text{ feet}

Step-by-Step Solution

Determine the standard total stopping distance on a dry road at

40\text{ mph}

(

64\text{ km/h}

Thinking distance is

12\text{ metres}

(

40\text{ feet}

) and braking distance is

24\text{ metres}

(

80\text{ feet}

), giving a total dry stopping distance of

36\text{ metres}

(

120\text{ feet}

The Highway Code establishes baseline stopping distances for dry, level asphalt.

Apply the wet weather environmental multiplier.

36\text{ metres} \times 2 = 72\text{ metres}

(

120\text{ feet} \times 2 = 240\text{ feet}

Water on the road reduces tyre adhesion and significantly increases the distance required to bring the vehicle to a halt, doubling normal stopping distances.

Key Concept

Total stopping distance equals thinking distance plus braking distance, and doubles in wet weather conditions.

Estimated Time:1m 0s

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