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Techology - Bridges

Total questions: 18

Worksheet time: 11mins

Name
Class
Date
1.

Identify type of bridge

a)

Suspension bridge

b)

Cable stay bridge

c)

Arch bridge

2.

Identify type of bridge

a)

Suspension bridge

b)

Cable stay bridge

c)

Arch bridge

3.

Identify type of bridge

a)

Suspension bridge

b)

Cable stay bridge

c)

Arch bridge

4.

Identify the Bridge

a)

Truss bridge

b)

Cantilever bridge

c)

Beam bridge

5.

Identify the Bridge

a)

Truss bridge

b)

Cantilever bridge

c)

Beam bridge

6.

Identify the Bridge

a)

Truss bridge

b)

Cantilever bridge

c)

Beam bridge

7.

Hallmarks for Suspension bridge (2)

a)

Pairing Cables additional vertical cables

b)

Piers dropping cables high above roadway

c)

Straight cables, connected to towers

d)

Diagonal cables on towers

e)

Oldest bridge type, above or beneath

8.

Hallmarks for Cable stay bridge (2)

a)

Pairing Cables additional vertical cables

b)

Piers dropping cables high above roadway

c)

Straight cables, connected to towers

d)

Diagonal cables on towers

e)

Oldest bridge type, above or beneath

9.

Hallmarks for Arch bridge (2)

a)

Pairing Cables additional vertical cables

b)

Piers dropping cables high above roadway

c)

Straight cables, connected to towers

d)

Diagonal cables on towers

e)

Oldest bridge type, above or beneath

10.

Hallmarks of Truss Bridge (2)

a)

Still girders, triangular shapes

b)

Support on one end, no direct under support

c)

Pre-stressed steel concreates

d)

Simple design and supported

e)

Fracture critical (resistance)

11.

Hallmarks of Cantilever Bridge (2)

a)

Still girders, triangular shapes

b)

Support on one end, no direct under support

c)

Pre-stressed steel concreates

d)

Simple design and supported

e)

Fracture critical (resistance)

12.

Hallmarks of Beam Bridge

a)

Still girders, triangular shapes

b)

Support on one end, no direct under support

c)

Pre-stressed steel concreates

d)

Simple design and supported

e)

Fracture critical (resistance)

13.

Best Use of Suspension Bridge (2)

a)

Over river, good for earthquake

b)

Can cotract at least 2 towers

c)

Long distances, can use one tower

d)

Preserving environment

e)

Last a long time with easy material

14.

Best Use of Cable Stay Bridge (2)

a)

Over river, good for earthquake

b)

Can cotract at least 2 towers

c)

Long distances, can use one tower

d)

Preserving environment

e)

Last a long time with easy material

15.

Best Use of Beam Bridge (2)

a)

Over river, good for earthquake

b)

Can cotract at least 2 towers

c)

Long distances, can use one tower

d)

Preserving environment

e)

Last a long time with easy material

16.

Best Uses of Truss Bridge (2)

a)

Good in weather, Very still

b)

Temporary, fabricated

c)

Floating aesthetic, without additional support

d)

Cheapest, quickly constructed

e)

Standard members design

17.

Best Uses of Cantilever Bridge

a)

Good in weather, Very still

b)

Temporary, fabricated

c)

Floating aesthetic, without additional support

d)

Cheapest, quickly constructed

e)

Standard members design

18.

Best Uses of Beam Bridge (2)

a)

Good in weather, Very still

b)

Temporary, fabricated

c)

Floating aesthetic, without additional support

d)

Cheapest, quickly constructed

e)

Standard members design