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PCS2 Pre-Midterm Exam (Part 2)

Yes or No

Played 36 %Accuracy 70 Average time 04:36

About this activity

This exam consists of 25 scenario-based Yes/No questions designed to test your ability to apply course concepts, standards, and regulations to practical engineering and construction situations. Read each scenario carefully and decide whether the described action, condition, or statement follows established principles, codes, or requirements. Good luck, God bless and enjoy!

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PCS2 Pre-Midterm Exam (Part 2)
 

PCS2 Pre-Midterm Exam (Part 2)Online version

This exam consists of 25 scenario-based Yes/No questions designed to test your ability to apply course concepts, standards, and regulations to practical engineering and construction situations. Read each scenario carefully and decide whether the described action, condition, or statement follows established principles, codes, or requirements. Good luck, God bless and enjoy!

by Elmaflor Laurejas
1

Scenario: Loose, water-saturated sand on flat ground is highly vulnerable to liquefaction during strong earthquakes.

2

Scenario: Detailed quantity estimation and final design are part of the preliminary design stage.

3

Scenario: Wind load design for a standard building uses only the Simplified Procedure without site validation. Is this an allowed method per NSCP 2015?

4

Scenario: Horizontal curve radii and superelevation values can be estimated from nearby roads instead of measured during survey.

5

Scenario: Gusset plates are omitted from all truss connection details to save cost. Is this acceptable practice?

6

Scenario: Structural design ensures a complete load path to transfer all forces from their origin to load-resisting elements.

7

Scenario: A detailed engineering survey may be skipped for small residential projects to save time and cost.

8

Scenario: Pre-planning should only be done by head office staff and shared with site teams once fully finished.

9

Scenario: CHB walls are anchored to columns using vertical and horizontal dowels. Is this the correct connection method?

10

Scenario: You recommend constructing a residential subdivision directly on an old landslide site.

11

Scenario: Horizontal control surveys only use temporary markers that may be removed once the design phase is complete.

12

Scenario: Design documents include a Site Development Plan as part of pre-building design activities. Is this a required step?

13

Scenario: Control benchmarks for road alignment should be placed within the proposed road edge for easy reference.

14

Scenario: Crashing a project schedule always reduces total project cost by cutting activity durations.

15

Scenario: Beam ties are placed 75mm away from the face of the supporting column. Is this within the correct limit?

16

Scenario: You are designing a single-storey house and decide a geotechnical investigation and report are not required.

17

Scenario: You place a sharp horizontal curve immediately after a long straight tangent to follow the land shape.

18

Scenario: When delegating authority, it is acceptable to keep responsibilities vague so staff have flexibility in how they work.

19

Scenario: Hydrographic surveys for rivers only need to measure the stream centerline elevation and may ignore bank elevations.

20

Scenario: The design team refers to the Philippine Mechanical Code prepared by PSME for mechanical system design. Is this the correct referral code?

21

Scenario: Survey data may be adjusted by field staff to match easier construction methods.

22

Scenario: Dead load calculations include the weight of fixed plumbing fixtures and ceiling finishes. Is this included correctly?

23

Scenario: Topographic surveys for roads only need to map ground levels and do not need to record drainage patterns or existing structures.

24

Scenario: BP 344 (Accessibility Law) is referenced when designing ramps and accessible entrances for a public office building. Is this the correct law to apply?

25

Scenario: Topographic surveys only need to map ground levels and do not require marking existing utilities or property boundaries.

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