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Quizzes > Quizzes for Business > Sports

Take the Cycling Network Trivia Quiz

Test your cycling network knowledge and skills

Difficulty: Moderate
Questions: 20
Learning OutcomesStudy Material
Colorful paper art depicting a cycling network for a trivia quiz

Use this cycling network trivia quiz to practice bike routes, infrastructure, and planning with 15 quick multiple-choice questions. You'll spot gaps fast and learn a few new facts; if you want more practice, try the network basics quiz or the event and cycling knowledge quiz .

What term describes a painted-on street lane reserved exclusively for cyclists?
Cycle track
Bike lane
Bike boulevard
Shared-use path
A bike lane is a portion of the roadway marked by stripes and bicycle symbols exclusively for cyclists. Other options refer to different infrastructure typologies such as separated tracks or low-speed streets.
Which infrastructure is physically separated from motor vehicle lanes by a barrier or curb?
Sidewalk
Shared roadway
Painted bike lane
Cycle track
A cycle track is a bike facility that is physically separated from motor vehicle traffic by barriers or curbs. This separation enhances safety compared to painted lanes or shared roads.
What do you call a low-speed residential street designed to prioritize bicycle traffic?
Pedestrian mall
Collector road
Bike boulevard
Arterial road
A bike boulevard is a low-speed street optimized for bicycle traffic with traffic calming and signage. It is distinct from arterial or collector roads which serve different traffic volumes.
What intersection marking sets cyclists ahead of motor vehicles at a signal?
Pedestrian refuge island
Bike box
Speed bump
Curb extension
A bike box is a designated area at an intersection that places cyclists ahead of vehicular traffic at a red light, improving visibility and safety. Other features serve different calming or pedestrian needs.
Which sign is commonly used to indicate a designated cycling route?
Speed limit sign
Stop sign
Route marker sign
Yield sign
Route marker signs display numbers or symbols that identify a designated cycling route and guide riders along the network. Standard traffic signs like stop or yield do not provide route navigation.
Which feature is a key safety component of a protected intersection design?
Two-stage turn box
Bike-only traffic signals
Corner refuge island
Raised zebra crossing
Corner refuge islands provide a safe waiting area for cyclists at intersections, a hallmark of protected intersections derived from Dutch designs. They improve visibility and reduce conflict points with turning vehicles.
What type of bike lane includes painted space between the lane and parked cars for additional safety?
Shared lane marking
Cycle track
Buffered bike lane
Unbuffered lane
Buffered bike lanes include a painted buffer area between parked cars and the bike lane, reducing the risk of dooring and enhancing cyclist safety. Cycle tracks are physically separated, not just buffered.
Which performance metric evaluates cyclist comfort in relation to traffic volumes and speeds?
Pedestrian Comfort Rating
Vehicle Level of Service
Bicycle Level of Service
Transit Performance Index
The Bicycle Level of Service (BLOS) measures the comfort and convenience of bike facilities by considering factors like traffic speed, volume, and lane width. Vehicle LOS or pedestrian metrics focus on other modes.
What planning term measures the directness and interconnectedness of a cycling network?
Connectivity index
Mobility factor
Circuity ratio
Accessibility quotient
Connectivity index quantifies how well the cycling network links origins and destinations, reflecting network density and directness. Circuity refers to travel distance relative to straight-line distance.
The most direct path taken by cyclists or pedestrians through open space is called a:
Desire line
Movement corridor
Facility alignment
Flow vector
A desire line is the straightest path users take between two points, often informally worn into surfaces. It guides planners in aligning formal routes with actual user behavior.
Which maintenance activity directly improves safety by removing potholes from cycle paths?
Vegetation trimming
Pothole patching
Line repainting
Crack sealing
Pothole patching fills depressions and holes in pavement, preventing wheel traps and crashes. Crack sealing and other tasks address different maintenance needs.
What network design component helps cyclists navigate turns and distances?
Wayfinding signage
Bollards
Traffic calming measures
Speed humps
Wayfinding signage provides directional and distance information, guiding cyclists through complex networks. Other measures focus on speed or physical separation.
Which traffic calming device forces vehicles to weave but allows cyclists to pass smoothly?
Traffic circle
Chicane
Roundabout
Speed camera
Chicanes create a horizontal deflection in the roadway that slows cars by requiring weaving, while cyclists can often navigate more directly. Circles and roundabouts operate differently.
What configuration prevents cyclists from riding against the flow of traffic on a separated facility?
Shared-use path
Contraflow lane
Two-way cycle track
One-way cycle track
A one-way cycle track aligns directionally with adjacent motor traffic, eliminating wrong-way cycling. Contraflow lanes explicitly permit opposite-direction cycling.
Which term quantifies the length of cycle paths per unit area in a region?
Infrastructure index
Cycling density
Path ratio
Network density
Network density measures the total length of cycling facilities divided by the area, indicating how extensive the network is. Other terms are less standardized in planning metrics.
Which analysis method categorizes cycling routes based on perceived stress levels?
Level of Traffic Stress
Level of Service
Network Fortification
Traffic Discomfort Index
Level of Traffic Stress (LTS) classifies cycling routes from LTS 1 (very low stress) to LTS 4 (high stress) based on traffic speeds and volumes. It guides planners in providing low-stress networks.
What preventive maintenance technique extends pavement life by sealing small cracks?
Pothole patching
Milling
Crack sealing
Asphalt resurfacing
Crack sealing involves filling small pavement cracks to prevent water intrusion and deterioration. It is a cost-effective practice that prolongs the service life of cycle paths.
In network evaluation, 'circuity' refers to which measurement?
Delay at intersections
Ratio of actual route distance to straight-line distance
Number of access points per mile
Variation in traffic volumes
Circuity is the quotient of the path length traveled versus the straight-line ('as-the-crow-flies') distance, indicating route directness. Lower values mean more direct paths.
Which traffic signal feature reduces cyclists' wait times by detecting their presence?
Actuated bicycle detectors
Pedestrian countdown timers
Fixed-time signals
Flashing beacons
Actuated signals with bicycle detectors sense a cyclist's approach and adjust signal timing to minimize wait times. Fixed-time signals do not respond to real-time demand.
What infrastructure element physically prevents motor vehicles from entering a cycle track?
Painted buffer
Raised curb separation
Flexible post delineators
Rumble strips
Raised curb separation provides a continuous physical barrier that discourages or prevents vehicles from encroaching on the cycle track. It is more robust than painted buffers or rumble strips.
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Learning Outcomes

  1. Analyse cycling route classifications within networks.
  2. Identify key components of cycling network design.
  3. Evaluate the safety features of cycling infrastructure.
  4. Apply traffic flow concepts to urban cycling networks.
  5. Master the terminology of cycling network planning.
  6. Demonstrate understanding of network maintenance best practices.

Cheat Sheet

  1. Four levels of cycling route classifications - Think of bike routes like a layered cake: the International Cycle Network (ICN) serves cross-border adventures, the National Cycle Network (NCN) links cities within a country, the Regional Cycle Network (RCN) connects towns in a region, and the Local Cycle Network (LCN) guides you through neighborhood lanes. Mastering these tiers helps you understand scale and plan epic rides with ease!
  2. Importance of directness - Direct routes shave minutes off your trip and keep your ride feeling smooth and predictable. When the bike path doesn't zigzag or detour, cycling becomes a true competitor to cars and public transit. Plus, fewer stops mean more momentum and more fun!
  3. Protected intersections - Imagine a junction where bikes and pedestrians have their very own traffic signals and raised crossings, keeping motor vehicles at bay. These smart designs reduce crashes and make each turn feel less like a daredevil stunt. Safety never looked so inviting!
  4. California's bikeway classifications - California sorts bike facilities into Class I (separate bike paths), Class II (painted lanes), Class III (shared routes), and Class IV (physically separated bikeways). Each type offers a different level of protection and comfort - choose your class like selecting a level in a video game!
  5. Safety in numbers effect - As more people hop on bikes, motorists become more aware and speeds drop, making each ride safer. This phenomenon proves that promoting cycling isn't just good for health - it's good for safety, too! Ready to join the cycling squad?
  6. Bicycle boulevards - Picture a street optimized for cyclists: low traffic speeds, traffic calming islands, and clear wayfinding. These "quiet streets" feel like your personal greenway, keeping the vibe chill while still moving you efficiently through city blocks.
  7. Benefits of separated bike lanes - Physical separation from cars - think bollards, curbs, or planters - can slash crash rates and give riders real peace of mind. Cities that invest in these lanes often see dramatic drops in serious injuries and fatalities. Safety and comfort, all in one neat package!
  8. Six main design principles - Cohesion, directness, safety, comfort, attractiveness, and adaptability are the secret sauce of great cycling networks. Balancing these elements ensures routes are easy to follow, pleasant to ride, and future-proof for evolving needs. Think of them as the ABCs of bike infrastructure!
  9. Role of street lighting - Proper illumination on bike paths and rural roads reduces nighttime crashes and makes riders feel more confident after dusk. Well-lit corridors can turn riding in the dark from a scary gamble into a glowing adventure. Light up your ride for maximum visibility!
  10. Intersection design importance - Intersections can be the trickiest parts of any ride - smart features like bike boxes, curb extensions, and signal phasing keep cyclists clear of danger zones. Good designs minimize conflict points and let you sail through junctions with a grin. Mastering this topic means mastering smooth, safe passage everywhere!
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