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Worksheets

Part 2 BU

Total questions: 48

Worksheet time: 24mins

Name
Class
Date
1.

What fits between a closet flange and toilet bowl?

a)

Wax ring

b)

Spud washer

c)

Lock Washer

d)

C.O-Ring

2.

What type of adhesive is used to caulk around wet surfaces?

a)

JB Weld

b)

Silicone

c)

Solvent Glue

d)

Elmer's Glue

3.

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.

a)

.SIPHON-VORTEX

b)

WASH-DOWN

c)

REVERSE-TRAP

d)

SIPHON-JET

4.

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.

a)

.SIPHON-VORTEX

b)

REVERSE-TRAP

c)

WASH-DOWN

5.

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.

a)

REVERSE-TRAP

b)

SIPHON-VORTEX

c)

PRESSURE/TANK

d)

PRESSURE/TANKLESS

6.

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.

a)

SIPHON-JET

b)

WASH-DOWN

c)

SIPHON-VORTEX

d)

REVERSE-TRAP

7.

PLUMBING PERMIT SHALL BE INVALID IF WORKS NOT COMMENCED AFTER A PERIOD OF

a)

1 YEAR

b)

120 DAYS

c)

2 YEARS

d)

HABANG BUHAY

8.

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.

a)

REVERSE-TRAP

b)

SIPHON-VORTEX

c)

PRESSURE/TANKLESS

d)

PRESSURE/TANK

9.

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

a)

CONTINOUS VENT

b)

COMMON VENT

c)

CIRCUIT VENT

d)

BRANCH VENT

10.

To cause water or other liquid to percolate through something, so as to dissolve out soluble constituents

a)

Aquifer

b)

Leach

c)

Sand filter

d)

Aeration

11.

the minimum distance (in meters) of a well from a septic tank

a)

25

b)

20

c)

10

d)

15

12.

fluoride as an additive in the water supply is a chemical for

a)

dental

b)

disinfectant

c)

purifier-chlorine

d)

coagulant

13.

Which is not one of the components of plumbing?

a)

Storm drainage system

b)

Disposal system

c)

electrical piping system

d)

sanitary drainage

14.

In LED light, LED means....

a)

Less emitting diode

b)

Lack emitting diode

c)

Light emitting diode

15.

The unit of luminous intensity

a)

candela

b)

Lux

c)

Lumino

16.

light rays strike a plain (surface) transparent glass which allows the rays toproceed farther

a)

Transmission

b)

Refraction

c)

Polarization

17.

light rays leaving the source strike a rough, opaque surface which spreads thelight in various directions.

a)

Refraction

b)

Diffusion

c)

Transmission

18.

A type of lighting that deals with lighting relatively large area covered

a)

General lighting

b)

Downlight

c)

Pendant

19.

Recessed lighting that is built in during construction

a)

Downlight

b)

Pendant

c)

Sconce light

20.

A hanging fixture from the ceiling

a)

Downlight

b)

Pendant

c)

Cove lighting

21.

Wall mounted light fixture

a)

Downlight

b)

Sconce light

c)

Cove lighting

22.

Lighting by means of sources shielded by a ledge or horizontal recess that distribute light over the ceiling and upper wall

a)

Cove lighting

b)

Downlight

c)

pendant

d)

sconce light

23.

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.

a)

Acoustical Cloud

b)

Helmholtz

c)

Resonators

d)

Banners Baffles

24.

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.

a)

Sound Diffusion

b)

Sound Absorption

c)

Reverberation

d)

Noise Reduction

25.

Fraction of energy of the incident sound absorbed by the surface; the time fraction of incident energy not reflected.

a)

Optimum Reverberation

b)

Sound Absorption Coefficient

c)

Noise Reduction Coefficient

d)

Reverberation Time

26.

Unit for Sound Absorption

a)

Decibels

b)

Sabins

c)

Hertz

d)

Unitless

27.

Sound which penetrates through surface by means of travelling along parts of the building other than the common wall or floor

a)

Dispersed Sound

b)

Direct Transmission

c)

Impact Sound

d)

Flanking Transmission

28.

The distance a sound wave travels during each complete cycle of vibration measured in meters or feet

a)

Wavelength

b)

Pitch

c)

Frequency

d)

Sound Pressure

29.

A subjective attribute of an auditory sensation in terms of which sound may be ordered on a scale of soft to loud.

a)

Pitch O

b)

Loudness

c)

Sound dispersion

d)

Sound transmission

30.

The prolongation of sound as a result of successive reflections in an enclosed space after the source of sound is turned off.

a)

Noise Reduction

b)

Reverberation

c)

Sound Diffusion

d)

Sound Absorption

31.

As a result, relevant to sound reflection, a convex surface results to

a)

Sound Diffusion

b)

Sound Refraction

c)

Sound Concentration

d)

Sound dispersion

32.

As a result, relevant to sound reflection, a concave surface results

a)

Sound dispersion

b)

Sound Refraction

c)

Sound Diffusion

d)

Sound Concentration

33.

Change of sound wave direction as it moves from one medium to another of different density

a)

Sound Dispersion

b)

Sound Refraction

c)

Sound Concentration

d)

Sound Diffusion

34.

The acoustical phenomenon which causes sound waves to be bent or scattered around such obstacles as corners, columns, walls, beams, etc.

a)

Sound Diffusion

b)

Sound Refraction

c)

Sound Concentration

d)

Sound Dispersion

35.

Occurs when sound waves are dispersed equally in a room

a)

Sound Refraction

b)

Sound Diffusion

c)

Sound Concentration

d)

Sound Dispersion

36.

Sound coming through the common wall or floor

a)

Flanking Transmission

b)

Dispersed Sound

c)

Impact Sound

d)

Direct Transmission

37.

A sound wave which moves through materials or structures

a)

Airborne Sound

b)

South Borned Sound

c)

Structure Borne Sound

d)

Strength Borne Sound

38.

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

a)

vibration Isolators

b)

Panel or membrane Absorbers

c)

Porous absorbers

d)

Helmholtz Resonators

39.

Manufactured from combinations of materials from open and closed celled foams to quilted fibreglass and barrier

a)

Helmholtz Resonators

b)

Barrier

c)

Composites

d)

Vibration Control

40.
a)

Fuse

b)

Battery

c)

Flashlight

41.

Fire alarm system that comprises one or more circuits with detectors connected in parallel, and each detector has a unique identification on the circuit.

a)

Addressable fire alarm panel

b)

Fire detector panel

c)

Collective fire alarm panel

d)

Fire alarm panel

42.

Areas which, due to their function, are more usually susceptible to an outbreak of fire, or to a rapid spread of fire or smoke.

a)

High Fire Risk Areas

b)

High Life Risk Areas

c)

Life Risk Areas High

d)

Fire Load Areas

43.

Any visual or audible signal to warn the occupants of the presence or danger of fire.

a)

Fire alarm system

b)

Addressable fire alarm panel

c)

Fire detector system

d)

Collective fire alarm panel

44.

A fire protection integrated system that comprises the control and indicator panel.

a)

Indicator panel

b)

Fire alarm panel

c)

Fire control panel

d)

Fire indicator panel

45.

Rapid change from a local fire to one involving all combustible materials in a room.

a)

Decay (Cooling Period)

b)

Pre-flashover or growth phase

c)

Flashover

d)

Fully developed fire (Stable phase

46.

Areas in which all occupants are ambulant and able to move unaided away from a fire

a)

Life Risk Areas

b)

High Life Risk Areas

c)

High Fire Risk Areas

d)

High Fire Load Areas

47.

Any liquid which causes fire when in contact with organic matter or with other chemicals.

a)

Vaporized liquid

b)

Organic liquid

c)

Combustible liquid

d)

Corrosive liquid

48.

An integrated network hydraulically designed system which automatically discharges water when activated by heat or combustion products from a fire.

a)

Sprinkler system

b)

Deluge system

c)

Stand pipe

d)

Standing pipe