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100+ Free LARE Section 3 Practice Questions

LARE Section 3: Construction Documentation and Administration practice questions are available now; exam metadata is being verified.

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The 'General Conditions' (e.g., AIA A201) within the project manual primarily establish:

A
B
C
D
to track
2026 Statistics

Key Facts: LARE Section 3 Exam

3 of 4

LARE Section

CLARB

50%

Plans and Details

CLARB

30%

Construction Administration

CLARB

20%

Specifications and Bidding

CLARB

$590

Fee Per Section

CLARB

~90

Scored Items

CLARB

LARE Section 3 is the construction-phase exam of the four-part Landscape Architect Registration Examination. It is weighted toward Construction Plans and Details (50%), with Construction Administration (30%) and Construction Specifications and Bidding (20%) completing the blueprint. Candidates must demonstrate competency in layout and protection plans, detail selection, submittals, RFIs, change orders, site observation, closeout, CSI specification format, and the bidding process. All four LARE sections must be passed for landscape architect registration, and Section 3 uses multiple-choice, multiple-response, and advanced item types delivered at Prometric.

Sample LARE Section 3 Practice Questions

Try these sample questions to test your LARE Section 3 exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1On a landscape construction document set, which plan is primarily responsible for horizontally locating constructed elements such as walks, walls, and structures relative to fixed reference points?
A.The grading plan
B.The layout (dimensioning) plan
C.The planting plan
D.The demolition plan
Explanation: The layout plan (also called the dimensioning, staking, or horizontal control plan) fixes the horizontal position of constructed features using dimensions, baselines, or coordinates from established reference points. It answers 'where' elements go in plan view, while vertical position is handled by the grading plan.
2A landscape architect dimensions a curvilinear walkway using a baseline with offset distances measured perpendicular to the baseline at stations. This horizontal control method is best described as:
A.Baseline and offset dimensioning
B.Grid coordinate dimensioning
C.Radial (arc) dimensioning
D.Datum elevation referencing
Explanation: Baseline-and-offset dimensioning establishes a reference line (baseline) with stations along it and measures perpendicular offsets to locate points. It is well suited to irregular or curvilinear features where a simple grid would be cumbersome.
3In landscape construction documents, the symbol and notation that protects existing trees to remain typically references the:
A.Limit of disturbance and tree protection zone
B.Right-of-way line
C.Property setback line
D.Finished floor elevation
Explanation: Tree protection details key to a tree protection zone (often based on the critical root zone or dripline) and a limit of disturbance/construction fence line. These keep equipment, grading, and storage out of the root zone to preserve trees designated to remain.
4Which plan in the construction set most directly communicates erosion and sediment control measures such as silt fence, inlet protection, and stabilized construction entrances?
A.The planting plan
B.The layout plan
C.The erosion and sediment control (ESC) plan
D.The lighting plan
Explanation: The erosion and sediment control plan (sometimes part of an SWPPP) shows temporary BMPs—silt fence, inlet protection, sediment basins, stabilized construction entrances—used to keep sediment on-site during construction and meet regulatory permits.
5A construction detail of a concrete sidewalk shows a tooled groove cut to roughly one-quarter of the slab depth at regular intervals. The primary purpose of this groove is to:
A.Allow the slab to expand against adjacent structures
B.Create a weakened plane so cracking occurs in a controlled location
C.Provide a slip-resistant walking surface
D.Anchor the slab to the subgrade
Explanation: A control (contraction) joint is tooled or saw-cut to about one-quarter of the slab thickness, creating a weakened plane that induces shrinkage cracking along the joint rather than randomly across the surface.
6In concrete flatwork, a full-depth joint filled with compressible material that separates the slab from a building wall or column is a(n):
A.Control joint
B.Construction joint
C.Expansion (isolation) joint
D.Cold joint
Explanation: An expansion/isolation joint runs the full depth of the slab and contains compressible filler so the slab can move independently of adjacent rigid elements without cracking or transferring stress.
7A footing for a freestanding masonry wall in a cold climate is detailed to bear at a specific depth below grade chiefly to:
A.Reduce the amount of concrete required
B.Place the footing below the frost line to prevent frost heave
C.Improve the wall's appearance
D.Meet the maximum slope requirement
Explanation: Footings are detailed to bear below the local frost depth so that freeze-thaw cycles in the soil do not lift (heave) and crack the foundation. The required depth comes from local frost-line data and code.
8Which graphic convention in a construction detail indicates the type of material being cut through (for example, distinguishing concrete from earth or gravel)?
A.Match line
B.Hatch (poché) pattern
C.Leader line
D.North arrow
Explanation: Standardized hatch (poché) patterns in section and detail views represent specific materials—stippling for sand, aggregate symbols for gravel, hatched diagonal lines for earth—so the reader can identify what is being cut.
9On a layout plan, constructed features are most precisely located when their positions are tied to:
A.Approximate freehand dimensions
B.Permanent, fixed reference points or established coordinates
C.The nearest tree
D.Color shading only
Explanation: Reliable horizontal control ties dimensions to permanent, fixed references—property corners, building faces, monuments, or a stated coordinate system—so the contractor can reproduce the design accurately in the field.
10A materials plan in a landscape construction set primarily communicates:
A.The horizontal alignment of utilities only
B.The location, type, and pattern of paving and surface materials
C.The irrigation controller schedule
D.Construction phasing dates
Explanation: A materials (or paving) plan identifies where each surface material occurs and its pattern, keyed to details and specifications—distinguishing, for example, concrete unit pavers from poured-in-place concrete or decomposed granite.

About the LARE Section 3 Practice Questions

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