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