Search Header Logo
D54 RAPID RECAL BRIDGES

D54 RAPID RECAL BRIDGES

Assessment

Presentation

Professional Development

Professional Development

Practice Problem

Easy

Created by

WINCENTRE CLASSES

Used 3+ times

FREE Resource

58 Slides • 25 Questions

1

media

2

media

3

media

4

media

5

media

6

media

7

media

8

media

9

media

10

media

11

media

12

media

13

media

14

Multiple Choice

Which component of a bridge transfers loads from piers and abutments to the ground?

1

Wingwall

2

Deck

3

Foundation

4

Girder

15

media

16

media

17

media

18

media

19

Dropdown

Which of the following parts of a bridge helps to protect the stream bank and support the approach embankment?​

20

media

21

media

22

media

23

media

24

media

25

media

26

media

27

Multiple Choice

Arrange the substructure components from bottom to top:
a. Abutment
b. Foundation
c. Pier
d. Wing wall

1

b → d→ a → c

2

b → a→ c → d

3

b → c → d→ a

4

b → c → a → d

28

media

29

media

30

media

31

media

32

media

33

Match

Match the following

Abutment

Deck

Pier

Wingwall

Retains earth at bridge ends

Carries traffic load

Intermediate vertical support

Transfers loads to foundation

34

media

35

media

36

Match

Match the following

Bailey bridge

Aqueduct

Masonry bridge

PSC bridge

Steel modular

RCC

Stone/brick

Prestressed concrete

37

media

38

media

39

media

40

Multiple Choice

Which type of bridge is most suitable for very long spans (>300 m)?

1

Arch bridge

2

Suspension bridge

3

T beam bridge

4

Box girder bridge

41

media

42

media

43

media

44

Match

Match the following

Slab bridge

T beam bridge

Cable stayed bridge

Arch bridge

Short span < 8 m

8-25 m efficient span

Intermediate-long span

Compression structure in rocky terrain

45

media

46

media

47

media

48

Fill in the Blanks

49

media

50

media

51

media

52

Multiple Choice

Assertion (A): Suspension bridges are used for very long spans.
Reason (R): They use cables and anchor blocks to transfer load.

1

Both A and R are true, and R is the correct explanation of A

2

Both A and R are true, and R is not the correct explanation of A

3

A is true,R is false

4

A is false,R is true

53

media

54

media

55

Drag and Drop



​ Why are pile foundations used in soft soils?





Drag these tiles and drop them in the correct blank above
To resist vertical and lateral loads
For aesthetics 
To resist vibration
To reduce cost

56

media

57

media

58

Multiple Choice

Arch bridges are ideal in areas with soft soils.

1

True

2

False

59

media

60

Fill in the Blanks

61

Fill in the Blanks

62

media

63

media

64

Fill in the Blanks

65

media

66

media

67

Dropdown



Choose the bridge alignment that reduces pier scour and facilitates construction:


68

media

69

media

70

Fill in the Blanks

71

media

72

Multiple Choice

Statement 1: Box caisson has a closed bottom.
Statement 2: It can be excavated during placement.

1

Both statements are true

2

Statement 1 true, 2 false

3

Statement 1 false, 2 true

4

Both statements are false

73

media

74

Dropdown



Select the type of caisson that uses compressed air for deep excavation:

75

media

76

Multiple Choice

What is the function of expansion joints in a bridge?

1

Transfer load to piers

2

Prevents scour

3

Allow for temperature-induced expansion/contraction

4

Provide access to utilities

77

Multiple Choice

Integral bridges do not use bearings or joints.

1

True

2

False

78

Multiple Choice

Which IRC code is used for steel bridge design?

1

IRC:6

2

IRC:15

3

IRC:21

4

IRC:44

79

Multiple Choice

Assertion (A): Caissons are more economical than cofferdams in deep water foundation work.

Reason (R): Cofferdams are not effective when the depth of water is more than 12–15 meters.

1

Both A and R are true, and R is the correct explanation of A

2

Both A and R are true, and R is not the correct explanation of A

3

A is true,R is false

4

A is false,R is true

80

Multiple Choice

A well-type caisson is open at both the top and bottom and is used to reach hard strata under water.

1

True

2

False

81

Multiple Choice

Is scour considered during the design of bridge foundations?

1

Yes

2

No

82

Multiple Choice

Rank the bridge types in increasing order of span capacity:
A. Slab, T-beam, Cable-stayed, Suspension

1

Slab < T-beam < Cable-stayed < Suspension

2

T beam< Slab < Cable-stayed < Suspension

3

Slab < Cable stayed< T beam < Suspension

83

media
media

Show answer

Auto Play

Slide 1 / 83

SLIDE

Discover more resources for Professional Development