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WorksheetsPart 2 BU
Total questions: 48
Worksheet time: 24mins
What fits between a closet flange and toilet bowl?
Wax ring
Spud washer
Lock Washer
C.O-Ring
What type of adhesive is used to caulk around wet surfaces?
JB Weld
Silicone
Solvent Glue
Elmer's Glue
Water enters through diagonal punching around the rim of the bowl, creating a vortex that draws the water down into the rear trap with a swirling action that scours the walls of the bowl. Water strikes two parallel ridges and folds over forming a jet, producing siphon action. Large water surface provides a very efficient and clean process, and the flushing is extremely quiet.
.SIPHON-VORTEX
WASH-DOWN
REVERSE-TRAP
SIPHON-JET
Water enters through an open rim, as though a bucket of water were dumped into the bowl, filling the fronttrapway and creating siphon action. This model provides quick removal of water with minimum water rise. Smallwater surface makes the model more vulnerable to soiling and clogging. This is the least efficient and most noisytype but lowest in cost.
.SIPHON-VORTEX
REVERSE-TRAP
WASH-DOWN
Strong flushing action is created by a jet of water directed into the rim and jet. The force of the jet draws the bowl contents into the rear trap. It doesn't use siphonic action but relies on the driving force of jet action. At flush valve 25 psi is needed with 1.5-in. inlet spud. Large water surface and large trapway size make this model efficient and suitable for commercial use. Flushing is very noisy. Expensive.
REVERSE-TRAP
SIPHON-VORTEX
PRESSURE/TANK
PRESSURE/TANKLESS
Water enters through rim punchings and through a jet that fills the rear trapway completely, creating a siphon action and resulting in quick withdrawal of water from the bowl. A water jet is located at the inlet of the trapway. Most of the bowl surface is covered with water. This model is efficient but moderately noisy. Its cost is reasonably low.
SIPHON-JET
WASH-DOWN
SIPHON-VORTEX
REVERSE-TRAP
PLUMBING PERMIT SHALL BE INVALID IF WORKS NOT COMMENCED AFTER A PERIOD OF
1 YEAR
120 DAYS
2 YEARS
HABANG BUHAY
A steel tank is located inside the china tank. Uses pressure from the water supply system. A 1.5 in. water supply line provides 25 psi pressure, compressing trapped air in the tank. When flushed the compressed air forces the water out. The bowl is designed to accept the torrent of water. The crest of the surging water empties the bowl through the enlarged trap. Large water surface makes this model efficient. Design features make it suitable for residential use. Flushing is very noisy. Low water usage (1.5 gpf) helps conserve water. Expensive.
REVERSE-TRAP
SIPHON-VORTEX
PRESSURE/TANKLESS
PRESSURE/TANK
A vent connecting at the junction of two fixture drains and serving as a vent for both fixtures. A single vent that ventilates multiple traps, in the case of back to back fixture
CONTINOUS VENT
COMMON VENT
CIRCUIT VENT
BRANCH VENT
To cause water or other liquid to percolate through something, so as to dissolve out soluble constituents
Aquifer
Leach
Sand filter
Aeration
the minimum distance (in meters) of a well from a septic tank
25
20
10
15
fluoride as an additive in the water supply is a chemical for
dental
disinfectant
purifier-chlorine
coagulant
Which is not one of the components of plumbing?
Storm drainage system
Disposal system
electrical piping system
sanitary drainage
In LED light, LED means....
Less emitting diode
Lack emitting diode
Light emitting diode
The unit of luminous intensity
candela
Lux
Lumino
light rays strike a plain (surface) transparent glass which allows the rays toproceed farther
Transmission
Refraction
Polarization
light rays leaving the source strike a rough, opaque surface which spreads thelight in various directions.
Refraction
Diffusion
Transmission
A type of lighting that deals with lighting relatively large area covered
General lighting
Downlight
Pendant
Recessed lighting that is built in during construction
Downlight
Pendant
Sconce light
A hanging fixture from the ceiling
Downlight
Pendant
Cove lighting
Wall mounted light fixture
Downlight
Sconce light
Cove lighting
Lighting by means of sources shielded by a ledge or horizontal recess that distribute light over the ceiling and upper wall
Cove lighting
Downlight
pendant
sconce light
One of a number of acoustic panels installed near the ceiling of a concert hall to reflect sound for improving the acoustic quality of music.
Acoustical Cloud
Helmholtz
Resonators
Banners Baffles
The perceived difference in sound pressure levels between two enclosed spaces due to the soundisolating qualities of the separating barrier as well as the absorption present in the receiving room.
Sound Diffusion
Sound Absorption
Reverberation
Noise Reduction
Fraction of energy of the incident sound absorbed by the surface; the time fraction of incident energy not reflected.
Optimum Reverberation
Sound Absorption Coefficient
Noise Reduction Coefficient
Reverberation Time
Unit for Sound Absorption
Decibels
Sabins
Hertz
Unitless
Sound which penetrates through surface by means of travelling along parts of the building other than the common wall or floor
Dispersed Sound
Direct Transmission
Impact Sound
Flanking Transmission
The distance a sound wave travels during each complete cycle of vibration measured in meters or feet
Wavelength
Pitch
Frequency
Sound Pressure
A subjective attribute of an auditory sensation in terms of which sound may be ordered on a scale of soft to loud.
Pitch O
Loudness
Sound dispersion
Sound transmission
The prolongation of sound as a result of successive reflections in an enclosed space after the source of sound is turned off.
Noise Reduction
Reverberation
Sound Diffusion
Sound Absorption
As a result, relevant to sound reflection, a convex surface results to
Sound Diffusion
Sound Refraction
Sound Concentration
Sound dispersion
As a result, relevant to sound reflection, a concave surface results
Sound dispersion
Sound Refraction
Sound Diffusion
Sound Concentration
Change of sound wave direction as it moves from one medium to another of different density
Sound Dispersion
Sound Refraction
Sound Concentration
Sound Diffusion
The acoustical phenomenon which causes sound waves to be bent or scattered around such obstacles as corners, columns, walls, beams, etc.
Sound Diffusion
Sound Refraction
Sound Concentration
Sound Dispersion
Occurs when sound waves are dispersed equally in a room
Sound Refraction
Sound Diffusion
Sound Concentration
Sound Dispersion
Sound coming through the common wall or floor
Flanking Transmission
Dispersed Sound
Impact Sound
Direct Transmission
A sound wave which moves through materials or structures
Airborne Sound
South Borned Sound
Structure Borne Sound
Strength Borne Sound
Sound Absorbers made usually made of foamed open cell plastics, mineral fibre, and fluffy fabrics. A wide variety of materials can be applied to walls and ceilings
vibration Isolators
Panel or membrane Absorbers
Porous absorbers
Helmholtz Resonators
Manufactured from combinations of materials from open and closed celled foams to quilted fibreglass and barrier
Helmholtz Resonators
Barrier
Composites
Vibration Control
Fuse
Battery
Flashlight
Fire alarm system that comprises one or more circuits with detectors connected in parallel, and each detector has a unique identification on the circuit.
Addressable fire alarm panel
Fire detector panel
Collective fire alarm panel
Fire alarm panel
Areas which, due to their function, are more usually susceptible to an outbreak of fire, or to a rapid spread of fire or smoke.
High Fire Risk Areas
High Life Risk Areas
Life Risk Areas High
Fire Load Areas
Any visual or audible signal to warn the occupants of the presence or danger of fire.
Fire alarm system
Addressable fire alarm panel
Fire detector system
Collective fire alarm panel
A fire protection integrated system that comprises the control and indicator panel.
Indicator panel
Fire alarm panel
Fire control panel
Fire indicator panel
Rapid change from a local fire to one involving all combustible materials in a room.
Decay (Cooling Period)
Pre-flashover or growth phase
Flashover
Fully developed fire (Stable phase
Areas in which all occupants are ambulant and able to move unaided away from a fire
Life Risk Areas
High Life Risk Areas
High Fire Risk Areas
High Fire Load Areas
Any liquid which causes fire when in contact with organic matter or with other chemicals.
Vaporized liquid
Organic liquid
Combustible liquid
Corrosive liquid
An integrated network hydraulically designed system which automatically discharges water when activated by heat or combustion products from a fire.
Sprinkler system
Deluge system
Stand pipe
Standing pipe
