• 1. 
    What is the title of the second video presented in the discussion?

  • How to Design Bridge
  • What Makes Bridges So Strong?
  • Bridge Design Workflow
  • Different Design Factors of a Bridge
  • 2. 
    Step 1: Engineers must understand the problem completely.

  • True!
  • False!
  • 3. 
    This force represents __________.

  • Lowest load combination from above.
  • Highes or most critical load combination from above.
  • Lowest load combination from below.
  • Highes or most critical load combination from below.
  • 4. 
    To provide step-by-step procedures for the building of the bridge.

  • Conceptual Design
  • Detailed Design
  • Preliminary Design
  • Construction Design
  • 5. 
    It requires the engineer to verify the structural integrity and stability of the proposeddesign.

  • Input
  • Output
  • Justification
  • Description
  • 6. 
    Which of the following is not included´╗┐ in the engineering design process.

  • Combining these loads to determine the highest potential load
  • Determination of load
  • Determining potential bridge loads
  • Developing a complete understanding of the problem
  • 7. 
    What is the step 4 in engineering design process?

  • Load Combination
  • Load Determination
  • Determination of Member Size
  • Understand the Problem
  • 8. 
    The "column" of a bridge; usually vertical member.

  • Member
  • Girder
  • Pier
  • Column
  • 9. 
    The output component consists of ___________ and justification.

  • Decsription
  • Time
  • Construction Method
  • Regulation
  • 10. 
    What step is LOAD DETERMINATION?

  • Step 4
  • Step 3
  • Step 1
  • Step 2
  • 11. 
    It includes the weight of the bridge itself plus any other permanent object affixed to the bridge, such as toll booths, highway signs, guardrails, gates or a concrete road surface.

  • Environmental load
  • Structural load
  • Dead load
  • Live load
  • 12. 
    Under basic load combinations (NSCP 2015), which equation is correct?

  • 1.5D+1.0L
  • 0.5D+0.5L
  • 1.2D+1.6L
  • 0.9D+0.1L
  • 13. 
    Stage 3 of the Design Process of a Bridge.

  • Detailed Design
  • Conceptual Design
  • Preliminary Design
  • Construction Design
  • 14. 
    It is temporary loads that act on a bridge, such as cars, trucks, trains or pedestrians.

  • Live load
  • Dead load
  • Environmental load
  • Structural load
  • 15. 
    Which of the following is correct in the steps of the engineering design process.

  • Combining these loads to determine the elevated potential load.
  • Combining these loads to determine the lowest potential load.
  • Combining these loads to determine the estimated potential load.
  • Combining these loads to determine the highest potential load.
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