Bridge Types and Engineering Design Process Quiz

What are the four main types of bridge structures?

• Beam bridges, truss bridges, arch bridges, and suspension bridges

• Railway bridges, pedestrian bridges, highway bridges, aqueduct bridges

• Cable-stayed bridges, drawbridges, cantilever bridges, tunnel bridges

• Wood bridges, steel bridges, concrete bridges, glass bridges

Name the type of bridge structure that is supported by cables and towers.

• suspension bridge

• Truss bridge

• Beam bridge

• Arch bridge

Which type of bridge structure is known for its use of arches and curves?

• Arch bridge

• Beam bridge

• Suspension bridge

• Cable-stayed bridge

What type of bridge structure is commonly used for long spans and is supported by cables?

• Arch bridge

• Suspension bridge

• Beam bridge

• Cable-stayed bridge

What is the primary purpose of a truss bridge design?

• To serve as a temporary crossing for vehicles

• To provide entertainment for pedestrians

• Provide support and stability

• To create a decorative structure

How does a truss bridge distribute the load across its structure?

• By using a single straight beam

• By stacking the load on one side of the bridge

• By using only circular shapes

• Interconnected triangles

What are the key components of a truss bridge design?

• Truss, chords, vertical members, and diagonal members

• Horizontal members, circular members, and square members

• Concrete, steel, wood, and glass

• Rivets, bolts, screws, and nails

Explain the concept of 'compression' in the context of truss bridge design.

• Compression is the force that pushes the members of the truss together, typically along the top chords of the bridge.

• Compression has no impact on truss bridge design

• Compression is the force that pulls the members of the truss apart

• Compression only affects the bottom chords of the bridge

What are the steps involved in the engineering design process?

• Define the problem, Research, Develop impossible solutions, Select the worst solution, Construct a prototype, Test and evaluate the prototype, Keep the solution to yourself

• Gather materials, Assemble the team, Start building, Test the final product

• Brainstorm ideas, Choose the first idea that comes to mind, Skip the prototype phase, Present the solution

• Define the problem, Research, Develop possible solutions, Select the best solution, Construct a prototype, Test and evaluate the prototype, Communicate the solution, and Redesign

What is the role of a bio-engineer in the engineering design process?

• Applying principles of biology and engineering to develop solutions for medical and environmental challenges

• Building bridges and roads

• Designing new fashion trends

• Creating new cooking recipes