A) Suspension bridge B) Beam bridge C) Cable-stayed bridge D) Arch bridge
A) Brooklyn Bridge B) Sydney Harbour Bridge C) Golden Gate Bridge D) London Bridge
A) Chain bridge B) Cantilever bridge C) Suspension bridge D) Arch bridge
A) The material of the bridge B) The height of the bridge C) The weight of the bridge D) The distance between two bridge supports
A) Tower Bridge B) Sydney Harbour Bridge C) Brooklyn Bridge D) Golden Gate Bridge
A) Frame bridge B) Suspension bridge C) Truss bridge D) Cantilever bridge
A) Romans B) Mayans C) Egyptians D) Greeks
A) Tower Bridge B) Brooklyn Bridge C) Sydney Harbour Bridge D) Golden Gate Bridge
A) London Bridge B) Tower Bridge C) Brooklyn Bridge D) Golden Gate Bridge
A) Charles Bridge B) Millau Viaduct C) Magere Brug D) Rialto Bridge
A) To rotate around a central point B) To hold the suspension cables C) To provide decorative elements D) To support the weight of the bridge
A) Truss bridge B) Suspension bridge C) Arch bridge D) Cantilever bridge
A) Glass B) Concrete C) Clay D) Rubber
A) Beam bridge B) Cable-stayed bridge C) Truss bridge D) Arch bridge
A) Settlement B) Collapse C) Erosion D) Expansion
A) Suspension bridge B) Beam bridge C) Cable-stayed bridge D) Arch bridge
A) To provide lighting B) To control the bridge's height C) To house the bridge operator D) To support the ends of the bridge
A) Rome, Italy B) Paris, France C) Istanbul, Turkey D) Prague, Czech Republic
A) Rome B) Venice C) Milan D) Florence
A) Glass B) Steel C) Plastic D) Wood
A) Cantilever Bridge B) Flyover Bridge C) Fixed Bridge D) Drawbridge
A) Los Angeles B) San Francisco C) New York D) Chicago
A) John A. Roebling B) Robert Maillart C) Thomas Telford D) Gustave Eiffel
A) Load Testing B) Visual Inspection C) Bridge Modeling D) Material Sampling
A) Germany B) Norway C) Finland D) Denmark
A) Concrete columns B) Wooden beams C) Cables D) Metal rods |