All practice questions

1884 questions

All types1,884 Multiple choice962 Multiple select84 True / False379 Numeric32 Matching249 Ordering178

You are driving along a busy one-way street when you realise that you have missed your intended turning. What must you do to correct your route according to the Highway Code?

Perform a multi-point turn in the carriageway when a gap in the traffic appears

Reverse along the kerb to the junction while checking your rear-view and door mirrors

Continue forward to the end of the one-way street and follow the surrounding road network around

Pull into an off-street opening on the left and reverse out facing against the traffic flow

Show answer & explanation

Answer: Continue forward to the end of the one-way street and follow the surrounding road network around

Answer

Continue forward to the end of the one-way street and follow the surrounding road network around

According to Highway Code Rule 200 ('Do not turn round in a one-way street') and Rule 203 ('You MUST NOT reverse into or out of a one-way street'), drivers must never reverse or turn their vehicle around on a one-way road. If a turning is missed, the driver must continue forward with the flow of traffic, exit the one-way system, and navigate around the block using surrounding roads.

Step-by-Step Solution

Identify the mandatory restrictions governing one-way streets under UK Highway Code Rules 200 and 203.

Confirm that turning a vehicle around or reversing against the flow in a one-way street is strictly prohibited by law.

One-way streets are designed strictly for unidirectional movement, and reversing or turning round introduces severe conflict points.

Evaluate the proposed manoeuvre options against the Highway Code rules.

Eliminate all options that involve turning in the carriageway, reversing along the kerb, or reversing out of an opening.

These actions violate Highway Code rules and put oncoming vehicles, cyclists, and pedestrians at immediate risk.

Select the correct legal course of action.

Continue following the road ahead to the end of the one-way system and loop around the block via adjoining streets.

This is the only lawful and safe method to re-route after missing a turning on a one-way street.

Key Concept

Highway Code prohibitions on turning and reversing in one-way streets

Question 1522Question →

When driving a car at the national speed limit of $70\text{ mph}$ on a dry, level motorway with good tyres and brakes, what is the typical total stopping distance required under the UK Highway Code?

75\text{ metres}

(

245\text{ feet}

)

96\text{ metres}

(

315\text{ feet}

)

73\text{ metres}

(

240\text{ feet}

)

192\text{ metres}

(

630\text{ feet}

)

Show answer & explanation

Answer: $96\text{ metres}$ ( $315\text{ feet}$ )

Answer

96\text{ metres}

(

315\text{ feet}

)

According to the UK Highway Code, a vehicle travelling at

70\text{ mph}

on a dry, level road requires a thinking distance of

21\text{ metres}

(

70\text{ feet}

) and a braking distance of

75\text{ metres}

(

245\text{ feet}

), resulting in an overall stopping distance of

96\text{ metres}

(

315\text{ feet}

Step-by-Step Solution

Determine the thinking distance for a car travelling at

70\text{ mph}

Thinking distance =

21\text{ metres}

(

70\text{ feet}

Thinking distance is the distance a vehicle travels between the driver perceiving a hazard and applying the brakes.

Determine the braking distance for a car travelling at

70\text{ mph}

under dry conditions.

Braking distance =

75\text{ metres}

(

245\text{ feet}

Braking distance is the distance travelled from when the brake pedal is pressed until the vehicle comes to a complete halt.

Calculate the total stopping distance by summing thinking and braking distances.

21\text{ m} + 75\text{ m} = 96\text{ metres}

(

70\text{ ft} + 245\text{ ft} = 315\text{ feet}

Overall stopping distance is the sum of thinking distance and braking distance.

Key Concept

Total stopping distance calculation at 70 mph in dry conditions

Estimated Time:1m 0s

Question 1523Question →

You are approaching a signal-controlled crossroads at normal road speed. Well before reaching the white stop line, the traffic light changes from green to amber alone. How should you respond to this signal change?

Accelerate sharply to cross the stop line before the red phase appears

Stop before the stop line unless pulling up suddenly could cause a collision

Flash your headlights to claim priority over oncoming traffic and drive on through

Treat the amber light as an advisory hazard notice and maintain your current driving speed

Show answer & explanation

Answer: Stop before the stop line unless pulling up suddenly could cause a collision

Answer

Stop before the stop line unless pulling up suddenly could cause a collision

The Highway Code states that an amber traffic light means stop at the stop line. You may only proceed if the amber light appears after you have crossed the stop line or when you are so close to it that pulling up abruptly might cause a rear-end collision or loss of vehicle control.

Step-by-Step Solution

Identify the traffic signal aspect and current vehicle position

The signal has changed from green to amber alone, and the vehicle is far enough back to stop safely before the stop line.

Traffic light rules determine driver obligations based on signal phase and safe stopping ability.

Apply the statutory rule for an amber traffic light

Recognize that amber means 'Stop' at the stop line.

Under UK Highway Code Rule 175, an amber signal commands drivers to stop unless they have already crossed the line or are too close to stop safely.

Execute smooth, controlled braking to bring the vehicle to a halt before the stop line

The vehicle stops safely behind the white line before the red phase begins.

Controlled deceleration prevents entering the junction illegally and avoids hazard creation.

Key Concept

Meaning and driver obligations under an amber traffic light signal phase

Estimated Time:45s

Question 1524Question →

Match each type of light-controlled pedestrian crossing to its distinct operational feature or user regulation under the UK Highway Code.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Pelican crossing matches the flashing amber light phase; Puffin crossing matches dynamic sensor detection with no flashing amber phase; Toucan crossing matches permitted cycling alongside pedestrians; Pegasus crossing matches high-mounted push-button controls for horse riders.

Each crossing type is designated by distinct operating rules under the UK Highway Code: Pelican crossings feature a timed flashing amber light sequence; Puffin crossings utilize overhead and kerbside sensors to dynamically control timing without a flashing amber; Toucan crossings permit shared pedestrian and cyclist use; and Pegasus crossings provide elevated buttons for equestrians.

Step-by-Step Solution

Identify the distinctive vehicular signal sequence of a Pelican crossing

Pelican crossings uniquely include a flashing amber stage where drivers give way to pedestrians on the carriageway.

Highway Code Rule 196 outlines the specific flashing amber phase associated with Pelican crossings.

Identify how a Puffin crossing monitors pedestrians

Puffin crossings employ automated sensors mounted above the signals to maintain the red light until pedestrians have cleared the crossing, followed by normal red-and-amber phases.

Highway Code Rule 197 defines sensor-operated intelligent crossing systems.

Identify the multi-user permissions of a Toucan crossing

Toucan crossings permit cyclists and pedestrians to cross together legally.

Highway Code Rule 198 states that cyclists may ride across Toucan crossings.

Identify the specialized equipment of a Pegasus crossing

Pegasus crossings incorporate raised push buttons and wider corrals to facilitate horse riders.

Highway Code Rule 199 specifies equestrian crossing design.

Key Concept

Operating characteristics and driver rules for UK light-controlled pedestrian and multi-user crossings

Estimated Time:1m 0s

Question 1525Question →

Different cargo distributions and weight thresholds alter the physical dynamics of a vehicle in distinct ways. Which specific mechanical handling or braking consequence corresponds to each vehicle loading condition? Match each loading condition on the left with its correct dynamic effect on the right.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Negative trailer noseweight matches with upward towball force and trailer snaking; rear-axle overhang overloading matches with front-end lift and light, unresponsive steering; maximum GVW descent matches with thermal brake fade and increased stopping distance; lateral asymmetry matches with uneven grip and steering pull under braking.

Each load condition directly alters chassis dynamics through fundamental physical mechanisms: negative trailer noseweight levers the towbar upward, rear-axle overloading pivots weight away from the steering tyres, maximum gross weight on steep gradients induces friction brake overheating, and lateral asymmetry produces unequal deceleration forces across the track.

Step-by-Step Solution

Analyse the fulcrum physics of trailer weight distribution

Identified that weight behind the trailer axle pivots upward against the tow hitch, compromising towing vehicle stability.

Negative noseweight directly induces upward lift on the rear axle of the tow car, promoting snaking.

Evaluate the lever effect of loading cargo behind the vehicle's rear axle

Recognised that rear cantilever loads pivot weight off the front steering axle.

Reduced normal force on the front tyres decreases directional grip and creates light steering.

Examine the thermodynamics of heavy gross weight on continuous gradients

Determined that high mass combined with gravity overcomes brake friction efficiency via heat build-up.

Increased kinetic energy converted directly to thermal energy causes brake fade on sustained descents.

Assess the lateral balance impact of uneven side-to-side loading

Correlated asymmetrical tyre loading with rotational steering pull during braking.

Uneven normal loads create unequal braking friction forces across the vehicle's track.

Key Concept

Weight distribution and gross vehicle mass critically dictate tyre normal forces, directional steering control, and brake thermal capacity.

Question 1526Question →

On a three-lane motorway, a driver travelling at the national speed limit of 70 mph is permitted to remain continuously in the middle lane when the left-hand lane is clear of other traffic.

True

False

Show answer & explanation

Answer: False

Answer

False. Drivers must always use the left-hand lane when the road ahead is clear and only use middle or right-hand lanes for overtaking.

The correct answer is False because under UK Highway Code Rule 264, you must always drive in the left-hand lane when the road ahead is clear. Middle and right-hand lanes are designated exclusively for overtaking. Cruising in the middle lane when the left lane is empty is considered careless driving.

Step-by-Step Solution

Identify the fundamental motorway lane discipline rule under the UK Highway Code.

Rule 264 specifies that all drivers should keep to the left-hand lane (Lane 1) unless overtaking.

The default driving position on any UK motorway is the left-hand lane, irrespective of road type or vehicle speed.

Evaluate the condition regarding travelling at the 70 mph speed limit in an overtaking lane.

Driving at the maximum speed limit does not exempt a driver from the requirement to keep left.

Middle and right-hand lanes are strictly overtaking lanes, not fast lanes or cruising lanes.

Determine the legal status of staying in the middle lane when the left lane is unoccupied.

Remaining in the middle lane under these conditions constitutes 'middle-lane hogging' (careless driving).

It disrupts traffic flow, causes congestion, and leads to unsafe lane changes by other road users.

Key Concept

Motorway lane discipline and the requirement to keep left unless actively overtaking

Estimated Time:45s

Question 1527Question →

Match each UK traffic light signal phase with its correct meaning according to The Highway Code.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Steady Red matches with stopping behind the stop line; Red and Amber matches with waiting behind the stop line until green appears; Steady Green matches with proceeding if the way is clear; Steady Amber matches with stopping unless unsafe to do so.

Under The Highway Code rules for light signals controlling traffic: Steady Red means stop behind the stop line; Red and Amber together warns that green will follow but strictly prohibits moving past the stop line; Steady Green permits you to go if the way is clear; Steady Amber means you must stop unless you are so close to the stop line that stopping might cause an accident.

Step-by-Step Solution

Recall the legal requirement for red and stopping phases.

Steady Red commands an immediate stop; Red and Amber commands drivers to wait behind the line until green shows.

Both phases prohibit crossing the stop line under UK traffic law.

Recall the legal requirement for green and amber phases.

Steady Green permits movement if the exit is clear; Steady Amber requires stopping before the line unless stopping abruptly poses danger.

Amber acts as a warning to halt before the red phase begins.

Key Concept

UK Traffic Light Phases and Meanings

Estimated Time:45s

Question 1528Question →

You intend to turn your vehicle around by reversing into an opening on the left side of the road. What is the correct sequence of actions required to carry out this manoeuvre safely and in line with the Highway Code?

Drag items to arrange them in the correct order

Show answer & explanation

Answer

The correct sequence begins with positioning and securing the vehicle past the junction, followed by selecting reverse gear and conducting a full 360-degree observation, then reversing slowly while monitoring rear view and front swing, and finally straightening up well clear of the junction and securing the vehicle.

A safe reversing manoeuvre must always follow a structured routine: correct initial positioning past the junction, preparing the vehicle and completing thorough 360-degree checks before moving, continuous observation during the turn with attention to front-end swing, and finishing well clear of the junction.

Step-by-Step Solution

Position the vehicle past the target junction.

Vehicle is stopped parallel to the kerb approximately one car length beyond the side road entrance.

Establishes a safe starting point and prevents blocking the mouth of the junction.

Select reverse gear and perform all-round 360-degree observation.

Reversing lights illuminate to warn other road users, and blind spots are verified clear.

Highway Code Rule 202 requires checking all round, including blind spots, before moving in reverse.

Reverse smoothly into the side road under clutch/speed control.

The vehicle enters the side road with constant awareness of rearward hazards and front-end swing.

Turning the wheels causes the front of the vehicle to swing out into the road, requiring active scanning for passing traffic and cyclists.

Straighten wheels and secure vehicle at a safe distance into the side road.

The car is safely parked parallel to the kerb, leaving the junction entrance completely unobstructed.

Highway Code Rule 200 and 203 require finishing manoeuvres without obstructing visibility or traffic flow.

Key Concept

Safe observation routine, vehicle positioning, and hazard management during reversing manoeuvres

Estimated Time:1m 30s

Question 1529Question →

You intend to turn right from a main road into a side street across a queue of slow-moving or stationary oncoming traffic. Which TWO hazards involving motorcyclists should you anticipate before carrying out the manoeuvre? (Select TWO answers)

Select all that apply

A motorcyclist filtering through traffic along the offside of the oncoming queue

A motorcyclist filtering along the nearside between the oncoming vehicles and the kerb

An oncoming motorcyclist flashing their headlight to give you priority to turn

All approaching motorcyclists remaining strictly in single file directly behind the vehicle ahead

Show answer & explanation

Answer: A motorcyclist filtering through traffic along the offside of the oncoming queue; A motorcyclist filtering along the nearside between the oncoming vehicles and the kerb

Answer

Anticipate a motorcyclist filtering along the offside of the queue and a motorcyclist filtering along the nearside between vehicles and the kerb.

According to Highway Code Rule 211, when turning right across a line of slow-moving or stationary traffic, drivers must look out for cyclists and motorcyclists who may be filtering through on either the inside (nearside) or outside (offside) of the queue. Their narrow profile makes them easy to overlook behind larger vehicles.

Step-by-Step Solution

Assess the visibility restrictions caused by the oncoming traffic queue.

Identify that large vehicles or closely packed cars create blind zones on both sides of the oncoming queue.

Queued traffic restricts sightlines to narrow-profile road users moving along either edge of the lane.

Apply Highway Code guidance on vulnerable road users in congested traffic.

Recognise that motorcyclists are permitted to filter on both the nearside and offside of slow or stationary queues.

Turning across the queue requires ensuring that no filtering rider is approaching hidden in the blind areas.

Key Concept

Observation and hazard awareness for filtering motorcyclists when turning across queues of traffic (Highway Code Rule 211)

Estimated Time:1m 0s

Question 1530Question →

At a double mini-roundabout junction, drivers must treat each mini-roundabout as a separate junction and give way to traffic approaching from their right at each give way line.

True

False

Show answer & explanation

Answer: True

Answer

True

The statement is true because Highway Code Rule 189 explicitly requires drivers at double mini-roundabouts to treat each roundabout separately and give way to traffic approaching from the right at each give way line.

Step-by-Step Solution

Identify the junction layout and applicable regulations.

The scenario describes a double mini-roundabout layout governed by Highway Code Rule 189.

Different roundabout configurations possess distinct legal requirements for priority and approach.

Determine the priority rule across consecutive mini-roundabouts.

Priority must be reassessed at each mini-roundabout's give way line, yielding to traffic from the right each time.

Entering the initial mini-roundabout does not establish continuous right-of-way through subsequent linked roundabouts.

Evaluate the accuracy of the statement.

The statement correctly describes the mandatory procedure under UK driving law.

Treating each roundabout as a distinct junction and giving way to the right at each line is legally accurate.

Key Concept

Priority rules and junction discipline at double mini-roundabouts under Highway Code Rule 189

Estimated Time:1m 0s

Question 1531Question →

You are approaching a railway level crossing and the twin red lights begin to flash alternately. What action must you take?

Flash your headlights to warn oncoming traffic and proceed across slowly

Stop behind the white stop line and wait until the lights stop flashing

Proceed across with caution if you cannot see or hear a train approaching

Treat the signal as an advisory warning and continue at normal speed

Show answer & explanation

Answer: Stop behind the white stop line and wait until the lights stop flashing

Answer

Stop behind the white stop line and wait until the lights stop flashing.

Under The Highway Code (Rules 109 and 293), twin alternating red flashing lights indicate that you MUST stop. You must bring your vehicle to a complete halt behind the white stop line and wait until the lights extinguish and the barriers fully rise.

Step-by-Step Solution

Identify the signal type and location

Twin alternating red flashing lights at a railway level crossing

Recognizing the signal establishes the legal rule governing the crossing.

Determine the mandatory driver requirement under The Highway Code

Driver must bring the vehicle to a complete stop before the stop line

Twin alternating red lights indicate that a train is approaching and crossing is strictly prohibited.

Maintain position until it is safe and legal to proceed

Wait until the red lights stop flashing and the barriers rise fully

A second train could be coming from the opposite direction even if one has passed.

Key Concept

Twin alternating red flashing lights mean you MUST stop.

Estimated Time:45s

Question 1532Question →

You are driving on a smart motorway where the hard shoulder is open as an active running lane, indicated by a speed limit displayed above it on the overhead gantry. Which lane should you normally use when the road ahead is clear and you are not overtaking?

Lane 2, to keep the hard shoulder clear for emergency services and broken-down vehicles

The hard shoulder, as it is actively operating as the leftmost running lane

Lane 3, because the two leftmost lanes are designated exclusively for heavy goods vehicles

Any lane, provided you do not exceed the mandatory speed limit displayed on the gantry

Show answer & explanation

Answer: The hard shoulder, as it is actively operating as the leftmost running lane

Answer

The hard shoulder, as it is actively operating as the leftmost running lane.

On a smart motorway where the dynamic hard shoulder is opened to traffic (signified by a mandatory speed limit displayed above it on the gantry), the hard shoulder functions as Lane 1. Under UK Highway Code Rule 264, drivers must keep to the leftmost available lane unless overtaking slower traffic or following specific directional signage.

Step-by-Step Solution

Identify the status of the motorway lanes from the overhead gantry signals.

The presence of a speed limit displayed over the hard shoulder indicates that it is open to all traffic as Lane 1.

On smart motorways with dynamic hard shoulders, a speed limit sign over the hard shoulder confirms it is open as a temporary running lane, whereas a red 'X' indicates it is closed.

Apply standard UK motorway lane discipline according to the Highway Code.

The vehicle must occupy the leftmost available lane when cruising and not actively overtaking slower vehicles.

Highway Code Rule 264 dictates that you should always stay in the leftmost lane (Lane 1) whenever the road ahead is clear.

Key Concept

Keep-left rule on smart motorways with an open dynamic hard shoulder

Estimated Time:1m 0s

Question 1533Question →

Under normal dry driving conditions, the UK Highway Code recommends maintaining a minimum separation gap of $2\text{ seconds}$ behind the vehicle ahead. In severe wintry conditions where the road surface is icy or covered in compacted snow, stopping distances can increase by up to $10\text{ times}$ . According to these safety rules, what is the minimum safe following time gap, in seconds, that a driver should allow on an icy road?

Show answer & explanation

Answer: 20

Answer

The minimum recommended following time gap on an icy road is

20\text{ seconds}

Under Rule 126 and Rule 230 of the UK Highway Code, drivers must allow at least a

2\text{-second}

gap in dry conditions. In icy conditions, stopping distances can be up to ten times greater, requiring a corresponding minimum gap of

20\text{ seconds}

(

2\text{ s} \times 10

) to safely perceive and react to hazards.

Step-by-Step Solution

Determine the baseline following time gap under dry conditions.

Baseline time gap =

2\text{ seconds}

The UK Highway Code specifies the two-second rule as the safe separation gap on dry asphalt.

Identify the weather adjustment multiplier for ice and packed snow.

Multiplier =

10\times

Tyre grip is severely reduced on ice and snow, increasing stopping distances by up to ten times.

Calculate the safe following gap by multiplying the baseline gap by the icy weather multiplier.

2\text{ seconds} \times 10 = 20\text{ seconds}

To maintain an equivalent safety buffer, the separation time must scale proportionally with stopping distance.

Key Concept

Highway Code weather multipliers for safe separation and following distances

Estimated Time:45s

Question 1534Question →

Match each traffic light signal to the specific action and legal rule required of the driver.

Click a left item, then click its matching right item

Show answer & explanation

Answer

Steady amber matches stopping unless unsafe to do so; red and amber together matches waiting behind the line until green illuminates; flashing amber at a pelican crossing matches giving way to pedestrians but proceeding if clear; twin alternating flashing red lights matches stopping completely until the signal ceases.

According to the Highway Code, a steady amber light alone instructs drivers to stop before the line unless stopping abruptly could cause a collision. Red and amber showing together instructs drivers to wait behind the line until green appears. Flashing amber at a pelican crossing allows drivers to proceed if the crossing is clear, while requiring them to give way to pedestrians still crossing. Twin alternating flashing red lights create an absolute mandatory stop until the signal ceases.

Step-by-Step Solution

Identify the standard sequence and rules for steady amber and red-with-amber at road junctions.

Steady amber mandates stopping unless unsafe, while red and amber combined requires waiting behind the stop line until green shows.

Under the Highway Code, amber alone conveys a requirement to stop if safe, whereas red-and-amber warns that green is imminent but does not permit crossing the stop line.

Distinguish the unique rules for pedestrian pelican crossings and emergency/level crossing signals.

Pelican flashing amber allows proceeding only if the crossing is clear of pedestrians, whereas twin alternating red lights demand an unconditional stop until turned off.

Pelican crossings feature a flashing amber phase to minimise traffic delay once pedestrians finish crossing, while twin alternating red signals protect severe hazards such as train crossings and emergency vehicle egress.

Key Concept

UK Traffic Light Sequences and Special Flashing Signals

Estimated Time:1m 0s

Question 1535Question →

You are driving on an unlit rural road at night with your headlights on main beam. Upon spotting a horse rider ahead in your lane, you must immediately dip your headlights, refrain from sounding your horn, and briefly flash your dipped headlights to ensure the rider is aware of your presence before passing wide and slow.

True

False

Show answer & explanation

Answer: False

Answer

False

The statement is False because you must never flash your headlights near a horse. While dipping your main beams and avoiding the horn are the correct procedures, flashing your headlights—even dipped ones—can easily startle the horse, especially at night. You should simply slow down to a maximum of 10 mph, wait patiently, and pass wide and slow without using any warning signals.

Step-by-Step Solution

Evaluate the requirement to dip headlights

This part of the statement is correct.

You must dip your headlights to avoid dazzling other road users, which explicitly includes horse riders.

Evaluate the requirement to refrain from sounding the horn

This part of the statement is also correct.

Audible warnings can easily startle horses, causing them to panic or bolt, creating a serious hazard.

Evaluate the requirement to flash headlights to warn of presence

This part of the statement is incorrect and dangerous.

Although flashing headlights is generally used to warn others of your presence, sudden flashes of light at night can easily startle a horse. You must avoid both audible and sudden visual stimuli around horses.

Key Concept

Correct use of lighting and audible warnings around vulnerable road users

Question 1536Question →

After safely stopping in an emergency area (EA) on an all-lane running smart motorway to check your vehicle, you are ready to continue driving. What must you do before attempting to rejoin the live carriageway?

Accelerate briskly within the emergency area and merge directly into lane one when you spot a gap

Use the roadside emergency telephone in the refuge area to contact the regional control centre

Switch on your hazard warning lights and drive along the grass verge until you match the speed of moving traffic

Wait for an approaching vehicle in the leftmost lane to flash its headlights to give you priority to pull out

Show answer & explanation

Answer: Use the roadside emergency telephone in the refuge area to contact the regional control centre

Answer

Use the roadside emergency telephone in the refuge area to contact the regional control centre

On smart motorways where the hard shoulder has been converted to a live running lane, emergency areas have limited length and do not offer a full acceleration lane. Under the Highway Code, you must use the emergency roadside telephone to inform the regional control centre. The operators will set overhead gantry signs (such as variable speed limits or a Red X closure on lane one) to create a safe opening for you to merge back onto the motorway.

Step-by-Step Solution

Locate and use the SOS roadside emergency telephone provided inside the emergency area

Direct communication established with the National Highways regional control centre

Emergency areas have short bays and lack dedicated acceleration lanes, making unassisted rejoining dangerous alongside live high-speed traffic

Await instructions while operators adjust gantry electronic signals and lane indicators

A Red X or reduced speed limit is activated above the leftmost lane behind your position

This creates a protected space and safe opening in traffic flow for your vehicle to accelerate and merge safely

Key Concept

Smart motorway emergency area rejoining procedures and active traffic management support

Estimated Time:1m 0s

Question 1537Question →

You are approaching an unmarked crossroads where there are no traffic lights, signs, or road markings indicating priority. As another vehicle approaches the intersection from a side road, how should you proceed?

Accelerate across the junction immediately if the other driver flashes their headlights

Slow down, scan in all directions, and be prepared to stop, as neither driver has automatic priority

Maintain your speed and proceed without checking side roads if your vehicle is travelling straight ahead

Focus solely on the approaching vehicle while maintaining your pace, assuming it will yield to you

Show answer & explanation

Answer: Slow down, scan in all directions, and be prepared to stop, as neither driver has automatic priority

Answer

Slow down, look in all directions, and be prepared to stop, as neither driver has automatic priority at an unmarked crossroads.

Under UK Highway Code rules, no road user holds automatic priority at an unmarked crossroads. Drivers must approach with caution, scan all approaches, reduce speed, and be prepared to stop to avoid a collision.

Step-by-Step Solution

Identify that the junction is an unmarked crossroads without priority signs, road markings, or traffic lights.

Recognise that standard right-of-way rules do not grant automatic priority to any vehicle on any approach.

The Highway Code establishes that no road user has right of way at uncontrolled and unmarked crossroads.

Reduce vehicle speed smoothly on approach and perform comprehensive observations across all junction arms.

The driver gains sufficient time and space to react to approaching traffic, pedestrians, and cyclists.

Approaching at a controlled speed allows the driver to assess potential conflicts safely.

Be fully prepared to stop and negotiate passage courteously once intentions are clear.

A safe passage is negotiated without risking a collision.

Defensive driving requires anticipating that other road users may not yield.

Key Concept

Unmarked junction priority and observational awareness

Estimated Time:1m 0s

Question 1538Question →

When following a motorcyclist across an open, unsheltered stretch of road in gale-force winds, why is it essential to maintain an increased separation distance?

Motorcyclists generate a strong aerodynamic vortex behind them that can destabilise your steering.

Motorcyclists can easily be buffeted sideways by sudden crosswinds and may need to swerve across the lane.

Motorcyclists ride at significantly higher speeds during gales to use forward momentum against side winds.

Motorcyclists require trailing vehicles to travel close behind to act as a physical windbreak.

Show answer & explanation

Answer: Motorcyclists can easily be buffeted sideways by sudden crosswinds and may need to swerve across the lane.

Answer

Motorcyclists can easily be buffeted sideways by sudden crosswinds and may need to swerve across the lane.

In severe winds, two-wheeled road users such as motorcyclists and cyclists are extremely vulnerable to being blown off line by sudden crosswinds. Keeping a generous separation distance gives them room to manoeuvre and gives following drivers enough time to react safely if the rider swerves.

Step-by-Step Solution

Identify how gale-force winds impact two-wheeled road users.

Recognise that motorcyclists are particularly susceptible to sudden side gusts and lateral instability.

Lightweight vehicles with two points of contact can be pushed sideways without warning.

Determine the necessary driver response to maintain adequate safety margins.

Increase the following distance well beyond normal driving margins.

A greater gap provides sufficient time and stopping distance if the rider swerves or loses balance.

Key Concept

Adjusting vehicle separation when following vulnerable road users in high winds

Estimated Time:45s

Question 1539Question →

You are driving a car at a steady speed of $60\text{ mph}$ on a dry, level single carriageway with good tyres and brakes. According to the UK Highway Code, what is the vehicle's typical braking distance (the distance travelled from the moment the brakes are applied until coming to a complete stop)?

18\text{ metres}

(

60\text{ feet}

)

73\text{ metres}

(

240\text{ feet}

)

55\text{ metres}

(

180\text{ feet}

)

110\text{ metres}

(

360\text{ feet}

)

Show answer & explanation

Answer: $55\text{ metres}$ ( $180\text{ feet}$ )

Answer

The typical braking distance at

60\text{ mph}

under normal dry conditions is

55\text{ metres}

(

180\text{ feet}

According to the UK Highway Code, at

60\text{ mph}

on a dry road, a vehicle travels

18\text{ metres}

(

60\text{ feet}

) during driver reaction time (thinking distance) and takes an additional

55\text{ metres}

(

180\text{ feet}

) to come to a halt under braking (braking distance), producing an overall stopping distance of

73\text{ metres}

(

240\text{ feet}

). Therefore, the braking distance alone is

55\text{ metres}

(

180\text{ feet}

Step-by-Step Solution

Identify the specified speed and the component of stopping distance being asked for

Speed is

60\text{ mph}

and the target component is braking distance on a dry, level surface.

Overall stopping distance comprises two separate components: thinking distance and braking distance.

Recall the official Highway Code breakdown for

60\text{ mph}

Thinking distance is

18\text{ metres}

(

60\text{ feet}

) and braking distance is

55\text{ metres}

(

180\text{ feet}

), giving a total stopping distance of

73\text{ metres}

(

240\text{ feet}

Braking distance measures only the distance covered once the mechanical brakes are applied until the car stops.

Key Concept

Highway Code stopping distance breakdown by thinking and braking components

Estimated Time:1m 0s

Question 1540Question →

You are approaching a Pelican crossing and the traffic lights change to flashing amber. What should you do?

Flash your headlights to encourage pedestrians waiting on the pavement to cross

Give way to any pedestrians who are on the crossing, but proceed if the crossing is clear

Overtake any stationary vehicle ahead that has stopped within the white zig-zag lines

Accelerate immediately without checking blind spots for pedestrians hidden by the vehicle frame or roadside obstacles

Show answer & explanation

Answer: Give way to any pedestrians who are on the crossing, but proceed if the crossing is clear

Answer

Give way to any pedestrians who are on the crossing, but proceed if the crossing is clear

Under Highway Code Rule 196, a flashing amber signal at a Pelican crossing requires drivers to give way to any pedestrians already crossing. If there is no one on the crossing, drivers may proceed with caution without waiting for the green light.

Step-by-Step Solution

Identify the type of pedestrian crossing and the current signal phase.

The crossing is a Pelican crossing showing a flashing amber signal.

Pelican crossings feature a unique flashing amber stage following the red light.

Apply Highway Code Rule 196 regarding flashing amber signals.

Drivers must give way to any pedestrians already on the crossing.

Pedestrians on the crossing have right of way to finish crossing safely.

Determine whether you may proceed.

If there are no pedestrians on the crossing, the driver may proceed with caution without waiting for a green light.

Flashing amber allows traffic to flow once the carriageway is clear.

Key Concept

Pelican crossing flashing amber signal rules under Highway Code Rule 196

Estimated Time:45s

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