IICRC WRT Test 2024 with 100% verified solutions Updated

IICRC WRT During the inspection process, restorers shall make a reasonable effort to (A) remove the excess water (B) check for moisture in walls (C) identify and address potential safety hazards (D) eliminate possible furniture staining and damage (C) identify and address potential safety hazards A significant amount of water absorption and evaporation load where wet porous materials represent ~5% to ~40% of combined ceiling, walls, and flooring surface areas and where low evaporation materials and assemblies are minimally wet is (A) class 1 (B) class 2 (C) class 3 (D) class 4 (B) class 2 Multiple extractions of salvageable materials, especially porous material (carpet, cushion), often are required to (A) eliminate potential microbial growth (B) decrease drying time (C) eliminate the need for antimicrobial (biocide) application (D) increase the need for additional dehumidification To enhance drying, restorers should manage both ambient temperature and. (A) surface temperatures of affected materials (B)outside temperatures of building envelopes (C) dehumidifier process output temperatures (D) output temperatures of the airmovers (A) surface temperature of affected materials Water damage restoration services should not begin until after the (A) damage survey has been submitted (B) restorer has entered into an adequately written contract (C) insurance adjuster authorizes the work (D) insurance policy has been reviewed and explained (B) restorer has entered into an adequately written contract Two tools that should be used properly disengage most stretched-in carpet are (A) pliers and staple remover (B) power stretcher and knee kicker (C) knee kicker and carpet awl. (D) base molding lifter and carpet awl (C) knee kicker and carpet awl When inspecting a water-damaged structure, restorers should inspect (A) with thermal imaging camera to show definite areas of water (B) only where water is visible (C) only rooms that customer or adjuster says were affected (D) all potentially affected areas (D) all potentially affected areas Buckled or damaged particle board should (A) be dried to a pre-loss condition using desiccant dehumidifiers (B) be removed and replaced with new material (C) be dried from underneath the subfloor (D) return to its original size after it dries to pre-loss moisture content (B) be removed and replaced with new material Upon entering a building, professional moisture detection equipment should be used to evaluate and document (A) inside psychometric readings only (B) manometer readings for the purpose of drying (C) thermographic readings and picture from a thermal imaging camera (D) applicable psychrometric conditions and moisture content or level readings (D) applicable psychrometric conditions and moisture content or level readings When wet, a structural material that loses most of its structural integrity, but regains its strength when dry is (A) concrete (B) gypsum board (drywall) (C) plywood (D) oak or maple flooring (A) concrete Initially, a method to search for abnormal moisture behind ceramic tile or resilient flooring can be accomplished by (A) using a non-penetrating (non-invasive) moisture meter (B) drilling small holes in the grout (C) using a penetrating (invasive) moisture meter (D) removing one section of tile (A) using a non-penetrating (non-invasive) moisture meter To minimize damage and reduce drying time, restorers should (A) begin mitigation as soon as safely possible (B) apply an antimicrobial (biocide) to control odor development (C) disengage carpet at a corner to inspect for standing water (D) contact and insurance adjuster (A) begin mitigation as soon as safely possible The moisture content of structural materials should be measured with a (A) moisture meter (B) moisture sensor (C) digital hygrometer (D) thermal imaging camera (A) moisture meter When accessible from below, to dry wet wood subflooring under stone or tile flooring, restorers can use low-humidity air and (A) air filtration (B) thermal energy (C) time for set up (D) a vapor barrier (D) vapor barrier