54. Course 18. Notes on Integration of Bicycles and Transit - Fill In The Blank Questions

 

Last words the answer to each question.

54 Course 18 Integration of Bicycles and Transit - Fill In The  

Blank Questions  

Sunday, February 1, 2026  

11:16 AM  

  TCRP 62 — 20 FILL-IN-THE-BLANK QUESTIONS (SET  

1)  

(Answers in bold after each statement)  

1. The distance between a rider’s home and the nearest transit stop is known as the ________.  

first/last-mile gap  

2. A device mounted on the front of a bus to carry bicycles is called a ________. front-mounted  

bicycle rack  

3. The time a bus spends at a stop loading or unloading is known as ________. dwell time  

4. Secure, enclosed bicycle storage such as lockers is considered ________ parking. long-term  

5. The area around a bus stop that affects how cyclists approach it is the ________. access zone  

6. A major safety concern where cyclists and buses interact is called a ________. conflict zone  

7. The number of bicycles a rack can hold is referred to as ________. rack capacity  

8. Signs and markings that help cyclists navigate to transit are known as ________. wayfinding  

9. A staffed or automated facility offering secure bicycle storage is a ________. bike station  

10. The process of linking bicycles with transit services is called ________. bicycle–transit integration  

11. A rule limiting bicycles during busy travel periods is a ________. peak-hour restriction  

12. The steps riders follow to load a bicycle onto a bus rack are the ________. loading procedure  

13. The physical space around a stop where cyclists, buses, and pedestrians interact is the ________.  

curbside environment  

14. The likelihood of collisions involving cyclists is known as ________. crash risk  

15. A structured set of instructions for operators on bicycle handling is ________. operator training  

16. The total cost of equipment over its lifespan is the ________. lifecycle cost  

17. A secure, individual storage unit for bicycles is a ________. bike locker  

18. The process of predicting future bicycle–transit usage is ________. demand forecasting  

19. The physical elements that support bicycle access to transit are called ________. access  

infrastructure  

20. A coordinated plan linking bicycles with transit services is an ________. integration strategy  

  TCRP 62 — 20 FILL-IN-THE-BLANK QUESTIONS (SET  

2 — REPEAT)  

1. The distance between a rider’s home and the nearest transit stop is known as the ________.  

first/last-mile gap  

2. A device mounted on the front of a bus to carry bicycles is called a ________. front-mounted  

bicycle rack  

3. The time a bus spends at a stop loading or unloading is known as ________. dwell time  

4. Secure, enclosed bicycle storage such as lockers is considered ________ parking. long-term  

5. The area around a bus stop that affects how cyclists approach it is the ________. access zone  

6. A major safety concern where cyclists and buses interact is called a ________. conflict zone  

7. The number of bicycles a rack can hold is referred to as ________. rack capacity  

8. Signs and markings that help cyclists navigate to transit are known as ________. wayfinding  

9. A staffed or automated facility offering secure bicycle storage is a ________. bike station  

10. The process of linking bicycles with transit services is called ________. bicycle–transit integration  

11. A rule limiting bicycles during busy travel periods is a ________. peak-hour restriction  

New Section 5 Page 1  

12. The steps riders follow to load a bicycle onto a bus rack are the ________. loading procedure  

13. The physical space around a stop where cyclists, buses, and pedestrians interact is the ________.  

curbside environment  

14. The likelihood of collisions involving cyclists is known as ________. crash risk  

15. A structured set of instructions for operators on bicycle handling is ________. operator training  

16. The total cost of equipment over its lifespan is the ________. lifecycle cost  

17. A secure, individual storage unit for bicycles is a ________. bike locker  

18. The process of predicting future bicycle–transit usage is ________. demand forecasting  

19. The physical elements that support bicycle access to transit are called ________. access  

infrastructure  

20. A coordinated plan linking bicycles with transit services is an ________. integration strategy  

TCRP 62 — 20 FILL-IN-THE-BLANK QUESTIONS (SET  

3 — REPEAT)  

1. The distance between a rider’s home and the nearest transit stop is known as the ________.  

first/last-mile gap  

2. A device mounted on the front of a bus to carry bicycles is called a ________. front-mounted  

bicycle rack  

3. The time a bus spends at a stop loading or unloading is known as ________. dwell time  

4. Secure, enclosed bicycle storage such as lockers is considered ________ parking. long-term  

5. The area around a bus stop that affects how cyclists approach it is the ________. access zone  

6. A major safety concern where cyclists and buses interact is called a ________. conflict zone  

7. The number of bicycles a rack can hold is referred to as ________. rack capacity  

8. Signs and markings that help cyclists navigate to transit are known as ________. wayfinding  

9. A staffed or automated facility offering secure bicycle storage is a ________. bike station  

10. The process of linking bicycles with transit services is called ________. bicycle–transit integration  

11. A rule limiting bicycles during busy travel periods is a ________. peak-hour restriction  

12. The steps riders follow to load a bicycle onto a bus rack are the ________. loading procedure  

13. The physical space around a stop where cyclists, buses, and pedestrians interact is the ________.  

curbside environment  

14. The likelihood of collisions involving cyclists is known as ________. crash risk  

15. A structured set of instructions for operators on bicycle handling is ________. operator training  

16. The total cost of equipment over its lifespan is the ________. lifecycle cost  

17. A secure, individual storage unit for bicycles is a ________. bike locker  

18. The process of predicting future bicycle–transit usage is ________. demand forecasting  

19. The physical elements that support bicycle access to transit are called ________. access  

infrastructure  

20. A coordinated plan linking bicycles with transit services is an ________. integration strategy  

TCRP 62 — 20 FILL-IN-THE-BLANK QUESTIONS (SET  

4 — REPEAT)  

1. The distance between a rider’s home and the nearest transit stop is known as the ________.  

first/last-mile gap  

2. A device mounted on the front of a bus to carry bicycles is called a ________. front-mounted  

bicycle rack  

3. The time a bus spends at a stop loading or unloading is known as ________. dwell time  

4. Secure, enclosed bicycle storage such as lockers is considered ________ parking. long-term  

5. The area around a bus stop that affects how cyclists approach it is the ________. access zone  

6. A major safety concern where cyclists and buses interact is called a ________. conflict zone  

7. The number of bicycles a rack can hold is referred to as ________. rack capacity  

8. Signs and markings that help cyclists navigate to transit are known as ________. wayfinding  

9. A staffed or automated facility offering secure bicycle storage is a ________. bike station  

New Section 5 Page 2  

10. The process of linking bicycles with transit services is called ________. bicycle–transit integration  

11. A rule limiting bicycles during busy travel periods is a ________. peak-hour restriction  

12. The steps riders follow to load a bicycle onto a bus rack are the ________. loading procedure  

13. The physical space around a stop where cyclists, buses, and pedestrians interact is the ________.  

curbside environment  

14. The likelihood of collisions involving cyclists is known as ________. crash risk  

15. A structured set of instructions for operators on bicycle handling is ________. operator training  

16. The total cost of equipment over its lifespan is the ________. lifecycle cost  

17. A secure, individual storage unit for bicycles is a ________. bike locker  

18. The process of predicting future bicycle–transit usage is ________. demand forecasting  

19. The physical elements that support bicycle access to transit are called ________. access  

infrastructure  

20. A coordinated plan linking bicycles with transit services is an ________. integration strategy  

New Section 5 Page 3