You dont have javascript enabled! Please enable it! MCQ in Engineering Laws and Ethics Part 9 | ECE Board Exam
adplus-dvertising

MCQ in Engineering Laws and Ethics Part 9 | ECE Board Exam

(Last Updated On: June 9, 2022)

MCQ in Engineering Laws and Ethics Part 9 | ECE Board Exam

This is the Multiples Choice Questions Part 9 of the Series in Engineering Laws and Ethics as one of the General Engineering and Applied Sciences (GEAS) topic. In Preparation for the ECE Board Exam make sure to expose yourself and familiarize in each and every questions compiled here taken from various sources including past Board Questions in General Engineering and Applied Sciences (GEAS) field.

PRC Board of Electronics Engineering Examination Syllabi (ECE Board)

The licensure exam shall cover different areas in the field of Electronics Engineering as prescribed by the Board. Under the Implementing Rules and Regulation of R.A. 9292, the licensure exam shall compose of four subjects each with 100 items covering different areas and with its own bearing to the overall rating. The applicant shall have a general weighted average of more than 70% and a grade above 70% for each subject areas to pass the licensure exam.

 Mathematics – 20%

1. College Algebra

    • Equations in One Variable
    • Functions
    • Determinants
    • Matrices
    • Sequences and Series

    2. Trigonometry

    • Trigonometric functions
    • Applications

    3. Geometry

    • Analytic Geometry
    • Plane Geometry
    • Solid Mensuration

    4. Differential Calculus

    • Derivatives and its Applications
    • Functions, Continuity and Limits
    • Higher-Order Derivatives
    • Parametric Equations and Partial Differentiation

    5. Integral Calculus

    • Integration and its Applications
    • Surface and Multiple Integrals and its Applications

    6. Differential Equations

    • First-Order, First-Degree ODE and its Applications
    • Higher-Order ODE and its Applications

    7. Advanced Engineering Mathematics

    • Complex Number and its Applications
    • Power Series, Fourier Series and its Applications
    • Laplace Transforms, Inverses, and its Applications
    • Fourier Transforms, Inverses and its Applications
    • Z-Transforms
    • Partial Differential Equations

    8. Probability and Statistics

    • Fundamental Principles of Counting
    • Permutations and Combinations
    • Measures of Central Tendency and Variations
    • Probability Distributions
    • Presentation of Data and Sampling Techniques
    • Inferential Statistics
    • Analysis of Variance, Regressions and Correlations

    9. Discrete Mathematics

    • Set Theory and Mathematical Logic
    • Binary Operations
    • Growth of Functions
    • Algorithms

    10. Numerical Methods

    • Analysis of Errors
    • Evaluation of Series Expansion of Functions
    • Analysis of Variance, Regressions and Correlations
    • Simultaneous Linear and Nonlinear
    • ODE
    • PDE

    General Engineering and Applied Sciences – 20%

    1. Engineering Mechanics

    2. Strength of Materials

    3. College Physics

    4. General Chemistry

    5. Thermodynamics

    6. Engineering Materials

    7. Engineering Economics

    8. Engineering Management

    9. Electromagnetics

    10. Laws and Ethics

    • Contract and specifications
    • Telecommunications and broadcasting laws and regulations
    • Electronics Engineering Law of 2004
    • Code of professional ethics and conduct
    • Philippine electronic code

    Electronics Engineering – 30%

    1. Electricity/Magnetism Fundamentals

    • Atomic Structure
    • Electric Charge
    • Laws (ohms, Kirchhoff, coulomb, etc.)
    • Magnetic Power
    • Magnetic field/flux
    • Magnetic/electric quantities/units
    • Magnetic/electromagnet principles

    2. Electrical Circuit

    • Ac-dc circuits
    • Resistors
    • Inductors
    • Capacitor

    3. Solid State Devices/Circuits

    • Semi-conductor fundamentals
    • Transistor components, circuits, analysis, and design
    • Special services (photo, electric, photo voltaic etc.)

    4. Power Generator, Sources, Principles and Applications

    • Cells and batteries
    • Electric Generator
    • Electronic power supply
    • Voltage regulation
    • Distribution transformer
    • MUPS/Float-battery system
    • Converters/inverters

    5. Electronic (Audio/RF) Circuit, Analysis and Design

    • Amplifiers
    • Oscillators
    • Rectifier
    • Filters
    • Voltage regulation

    6. Tests and Measurements

    • Volt-ohm-ammeter (analog/digital)
    • R-L-Z bridges
    • Oscilloscope
    • RF meters
    • Signal generators (audio, RF, video)
    • Noise generators
    • Power/reflectometer/grid dip meter

    7. Microelectronics

    • Integrated circuits components, characteristics, and products
    • Operational amplifiers/multivibrators

    8. Industrial Electronics Principles and Applications

    • Electronic control system
    • Industrial solid-state services
    • Welding system/high frequency heating
    • Feedback systems/servomechanism
    • Transducers
    • Motor speed control systems
    • Robotic principles
    • Bioelectrical principles
    • Instrumentation and control

    9. Computer Principles

    • Analog/digital system
    • Binary number system, Boolean algebra
    • Mathematical logic and switching networks
    • Basic digital circuits (logic, gates, flip-flops, multivibrators etc.)
    • Static and dynamic memory devices
    • Programming and machine languages
    • Information and acquisition processing
    • Analog/Digital conversion
    • Computer Networking

    Electronics Systems and Technologies – 30%

    A. Radio Communication Systems

    1. Transmission Fundamentals

      • Transmission system
      • Transmission medium
      • Primary line constants
      • Velocity and line wavelength
      • Characteristic Impedance
      • Propagation constants
      • Phase and group velocity
      • Standing waves
      • Voltage Standing Wave Ratio
      • Telephone lines and cables
      • Wave guides
      • Balanced and unbalanced lines
      • Twisted pair wire
      • Coaxial Cable
      • The decibel
      • Power dB calculations
      • Signal and Noise fundamentals

    2. Acoustics

      • Definition
      • Frequency range
      • Sound pressure level
      • Sound Intensity
      • Loudness level
      • Pitch and frequency
      • Internal and octave
      • Sound distortion
      • Room acoustics
      • Electro-Acoustics transducers

    3. Modulation

      • Amplitude modulation
      • Phase modulation
      • Frequency modulation
      • Pulse modulation

    4. Noise

      • External noise
      • Phase noise
      • Noise calculation and measurements
      • Radio interference

    5. Radiation and Wave Propagation

      • Electromagnetic radiation
      • Radio spectrum
      • Wave propagation
      • Radiation patterns
      • Wavelength calculations
      • Radiation resistance
      • Diversity systems

    6. Antennas

      • Basic considerations
      • Wire Radiators in Space
      • Isotropic radiator
      • Current and voltage distribution
      • Resonant, non-resonant antennas
      • Terms and definition
      • Antenna gain and resistance
      • Bandwidth, beamwidth, polarization
      • Effects of ground on antennas
      • Grounded, ungrounded antennas
      • Grounding systems
      • Antenna height
      • Design and applications
      • Matching systems
      • Impedance calculations
      • Antenna types
      • Directional and non-directional
      • Microwave antennas
      • Wideband and Special purpose antennas

    7. Wire and wireless communications System

      • The telephone set
      • Connection and performance
      • Exchange area plant
      • Loop design
      • Trunks in the exchange plant
      • Insertion loss
      • Traffic calculations
      • Reference Equivalent and standards
      • Telephone networks
      • Signaling, Billing, CAMA, ANI
      • Echo, signing and design loss
      • Via net loss
      • Network hierarchy, class type
      • VF repeaters
      • Transmission considerations in long distance network
      • Telephone features – IDD, NDD, LEC
      • Mobile communications
      • Cellular communication, trunk radio, radio paging system etc.

    8. Microwave Communications and Principles

    9. Basic principles of various Electronics System

      • Electro-optics/photonics/optoelectronics
      • Electromagnetic
      • Avionics, aerospace, navigational and military applications
      • Medical electronics
      • Cybernetics
      • Biometrics

    B. Digital and Data Communications Systems

    1. Digital Communication Networks

      • Bit and Binary transmission
      • Signaling rate
      • Error probability
      • Digital filtering
      • Switching
      • Packet circuit
      • Vertical circuit
      • Open systems interconnection
      • Multiplying, modulation, and synchronization
      • Pulse code modulation
      • Companding
      • Encoding
      • Bandwidth and signal to noise ratio
      • Delta modulation
      • Slope overload
      • Adaptive delta modulation
      • Codes and protocol
      • Error detection and correction codes
      • Digital carrier systems
      • Frequency shift keying
      • Phase shift keying
      • Differential phase shift keying
      • DC nature of data transmission
      • Loops
      • Neutral and polar
      • Binary transmission and the concept of time
      • Asynchronous and synchronous
      • Timing
      • Distortion
      • Bits, band, WPM
      • Data interface standards
      • Data input/output devices
      • Digital transmission on analog channel
      • Modulation – demodulation schemes parameters
      • Circuit conditioning
      • Modem applications
      • Serial and parallel transmission

    2. Fiber Optics

      • Principles of light, transmission
      • Types
      • Light sources, laser, LED
      • Light detectors
      • Modulation and waveform
      • System design
      • General application
      • Design procedure
      • Dispersion limited domain
      • System bandwidth
      • Splicing techniques

    3. Satellite, Broadcasting and Cable TV System

    a. Satellite system

        • The satellite system
        • Types of satellite
        • Satellite orbit
        • Uplink considerations
        • Demand assignments multiple access
        • Antenna tracking
        • Satellite link budgets
        • Path loss
        • Figure of merit
        • Ratio of carrier to thermal noise power
        • Station margin
        • VSAT

    b. Broadcasting and Cable TV System

        • Radio transmitter (AM, FM, Television)
        • Studio (Microphone, Amplifiers, Cameras, Lighting etc.)
        • Cable television

    Continue Practice Exam Test Questions Part 9 of the Series

    MCQ in Engineering Laws and Ethics Part 8 | ECE Board Exam

    Choose the letter of the best answer in each questions.

    401. An electrical discharge which occurs between clouds and also from cloud to earth.

    A. Thunder

    B. Lightning

    C. Corona

    D. Aurora

    View Answer:

    Answer: Option B

    Solution:

    402. Results from abnormally high sound level, the physical effects of which may vary from minor discomfort to serious injury.

    A. Electrical Shock

    B. Super Sonic

    C. Acoustic Shock

    D. Sonic Boom

    View Answer:

    Answer: Option C

    Solution:

    403. The factor that determines the intensity of electrical shock is

    A. Current

    B. Voltage

    C. Resistance

    D. Conductance

    View Answer:

    Answer: Option A

    Solution:

    404. The average resistance of a dry adult human body is approximately:

    A. 10,000 ohms

    B. 100,000 ohms

    C. 1,000,000 ohms

    D. 100 ohms

    View Answer:

    Answer: Option C

    Solution:

    405. Ventricular fibrillation is likely to occur when a 60Hz rms current of _________ amperes and above passes through one’s chest cavity.

    A. 0.010

    B. 0.11

    C. 0.030

    D. 0.33

    View Answer:

    Answer: Option C

    Solution:

    406. The minimum voltage value that is considered hazardous is:

    A. 45V RMS AC

    B. 12V RMS AC

    C. 24V RMS AC

    D. 50V RMS AC

    View Answer:

    Answer: Option A

    Solution:

    407. The minimum voltage value that is considered hazardous is:

    A. 150V DC

    B. 45V DC

    C. 135V DC

    D. 160V DC

    View Answer:

    Answer: Option C

    Solution:

    408. The potential difference at any time between two points on the floor or earth surface separated by a distance of one pace, or about one meter, in the direction of maximum potential gradient shall be no greater than __________.

    A. 45 volts rms AC or 135 volts DC

    B. 25 volts rms AC or 115 volts DC

    C. 15 volts rms AC or 105 volts DC

    D. 55 volts rms AC or 145 volts DC

    View Answer:

    Answer: Option A

    Solution:

    409. It is the provision of a grounded electrical conducting material located such that foreign potential will be intercepted and surge currents diverted to ground with the least damage to plant equipment possible.

    A. Grounding

    B. Shielding

    C. Bonding

    D. Current Limiting

    View Answer:

    Answer: Option B

    Solution:

    410. Prevents development of hazardous potential difference in communication plant by direct bonding, when permissible or by use of surge arresters, discharge gaps, diodes, etc. which operate under abnormal voltage condition.

    A. Current limiting

    B. Resistance limiting

    C. Grounding

    D. Voltage limiting

    View Answer:

    Answer: Option D

    Solution:

    411. The current in a circuit can be kept from rising above predetermined value by the use of a fuse in series with a circuit.

    A. Current limiting

    B. Resistance limiting

    C. Grounding

    D. Voltage limiting

    View Answer:

    Answer: Option A

    Solution:

    412. This is used to divert undesired currents before they reach the equipment being protected and often are installed both at and some distance away from the protected equipment.

    A. Current limiting

    B. Resistance limiting

    C. Grounding

    D. Voltage limiting

    View Answer:

    Answer: Option C

    Solution:

    413. It is the resistance path of a ground connection which includes the ground wire and its connection to ground electrode.

    A. Ground Resistance

    B. Grounded Electrode

    C. Ground Path

    D. Resistance Path

    View Answer:

    Answer: Option A

    Solution:

    414. For equipment locations, antenna towers, and all allied installations, the ground resistance must never exceed __________.

    A. 25 ohms

    B. 3 ohms

    C. 43 ohms

    D. 5 ohms

    View Answer:

    Answer: Option D

    Solution:

    415. For outside plant telephone poles and manholes as well as customer premises, the ground resistance must never exceed __________.

    A. 25 ohms

    B. 3 ohms

    C. 43 ohms

    D. 5 ohms

    View Answer:

    Answer: Option A

    Solution:

    416. It is an electrode buried in the ground for the purpose of establishing a low resistance electrical contact with the earth.

    A. Ground pole

    B. Lightning Rods

    C. Guy

    D. Made Ground

    View Answer:

    Answer: Option D

    Solution:

    417. It is a metal strip or rod, usually of copper or similar conductive material, designed to protect tall or isolated structures (such as the roof of a building or the mast of a vessel) from lightning damage.

    A. Ground pole

    B. Lightning Rods

    C. Guy

    D. Made Ground

    View Answer:

    Answer: Option B

    Solution:

    418. A device used in electrical systems to protect against excessive current.

    A. fuse

    B. Lightning rod

    C. Surge arrester

    D. Grounding

    View Answer:

    Answer: Option A

    Solution:

    419. These are normally open circuited devices and pass no significant current at normal operating potentials.

    A. fuse

    B. Lightning rod

    C. Surge arrester

    D. Grounding

    View Answer:

    Answer: Option C

    Solution:

    420. Provides certain level of safety to humans and property in case of equipment damages.

    A. fuse

    B. Lightning rod

    C. Surge arrester

    D. Bonding or Grounding

    View Answer:

    Answer: Option D

    Solution:

    421. The simplest way to make an earth resistance test is to use:

    A. Direct Method or two terminal test

    B. Voltmeter-Ammeter Method

    C. Triangulation Method

    D. Three terminal test

    View Answer:

    Answer: Option A

    Solution:

    422. It is the resistance of parallel faces of a one cubic centimeter of soil expressed in ohm-centimeter.

    A. Ground resistance

    B. Earth resistivity

    C. Cubic resistance

    D. Earth density

    View Answer:

    Answer: Option B

    Solution:

    423. The following are ways to improve grounds except:

    A. Lengthen the ground-electrode in the earth

    B. Use multiple rods

    C. Treat the soil when 1 & 2 are not feasible

    D. Place stones near the rod

    View Answer:

    Answer: Option D

    Solution:

    424. Ground resistance shall be tested when installed and periodically afterwards, at least __________ during the dry or non-rainy months and ALL VALUES OBTAINED SHALL BE NO GREATER THAN THE RULE REQUIRED.

    A. 3 times per year

    B. twice a year

    C. once a year

    D. 12 times a year

    View Answer:

    Answer: Option C

    Solution:

    425. All ground connections, be it solderless or soldered, shall be checked at least __________ to be sure they are tight.

    A. 3 times per year

    B. twice a year

    C. once a year

    D. 12 times a year

    View Answer:

    Answer: Option C

    Solution:

    426. This loading shall be taken as the resultant stress due to wind and dead weight for 240 kph wind velocity.

    A. Heavy Loading Zone

    B. Medium Loading Zone

    C. Light Loading Zone

    D. Extra Heavy Loading Zone

    View Answer:

    Answer: Option A

    Solution:

    427. This loading shall be taken as the resultant stress due to wind and dead weight for 200 kph wind velocity.

    A. Heavy Loading Zone

    B. Medium Loading Zone

    C. Light Loading Zone

    D. Extra Heavy Loading Zone

    View Answer:

    Answer: Option B

    Solution:

    428. This loading shall be taken as the result ant stress due to wind and dead weight for 160 kph wind velocity.

    A. Heavy Loading Zone

    B. Medium Loading Zone

    C. Light Loading Zone

    D. Extra Heavy Loading Zone

    View Answer:

    Answer: Option C

    Solution:

    429. Batteries should be located where temperatures range between __________ degrees Celsius.

    A. 12.5 and 25.2

    B. 15.5 and 32.2

    C. 15.2 and 52.2

    D. 55.5 and 60.3

    View Answer:

    Answer: Option B

    Solution:

    430. Lead acid or similar gas emitting battery installations where the aggregate power exceeds __________ 5 kilowatts shall be located in a properly ventilated room separated from the equipment room or location where people are staying.

    A. 5 kW

    B. 10 kW

    C. 1 kW

    D. 15 kW

    View Answer:

    Answer: Option A

    Solution:

    431. Smoking and storing of inflammable materials is prohibited in battery rooms and “NO SMOKING” signs should be posted ___________.

    A. inside the room only

    B. before entering battery rooms

    C. outside the room only

    D. Both A and C

    View Answer:

    Answer: Option D

    Solution:

    432. An acid neutralizing agent such as __________ should be stored and available in battery rooms for use in accidental electrolyte or acid spillage.

    A. oil

    B. kerosene

    C. flour

    D. Caustic soda

    View Answer:

    Answer: Option D

    Solution:

    433. A low resistance electrical connection between two cable sheaths, between two ground connections or between similar parts of two circuits.

    A. Bond

    B. Short

    C. Fuse

    D. Guy

    View Answer:

    Answer: Option A

    Solution:

    434. The vertical space reserved along the side of a pole or tower to permit ready access for linemen to equipment and conductors located thereon.

    A. Stairway

    B. Climbing Space

    C. Guy

    D. Pole

    View Answer:

    Answer: Option B

    Solution:

    435. Insulated wires, used to run a subscriber’s line from the terminal on the pole to the protector at the house or building.

    A. main line

    B. main cable

    C. dropline

    D. dropwire

    View Answer:

    Answer: Option D

    Solution:

    436. a physical condition that causes a device, a component or an element to fail to perform in a required manner.

    A. damaged

    B. hazard

    C. fault

    D. short

    View Answer:

    Answer: Option C

    Solution:

    437. A current that flows from one conductor to ground or to another conductor owing to any abnormal connection (including an arc) between the two.

    A. Fault current

    B. Dark current

    C. Leakage current

    D. Dead short

    View Answer:

    Answer: Option A

    Solution:

    438. An apparatus so treated such that it will not maintain a flame or will not be injured readily when subjected to flame.

    A. Flame Proof

    B. Flame Retarding

    C. Burn Proof

    D. Anti Flame

    View Answer:

    Answer: Option A

    Solution:

    439. A property of materials or structures such that they will not convey flame or continue to burn for longer times than specified in the appropriate flame test.

    A. Flame Proof

    B. Flame Retarding

    C. Burn Proof

    D. Anti Flame

    View Answer:

    Answer: Option B

    Solution:

    440. A discharge through air, around or over the surface of solid, liquid or other insulation, between parts of different potential of polarity, produced by the application of voltage such that the breakdown path becomes sufficiently ionized to maintain an electric arc.

    A. Aurora

    B. Corona

    C. Washover

    D. Arc

    View Answer:

    Answer: Option C

    Solution:

    441. A conducting connection, whether intentional or accidental, by which an electric circuit or equipment is connected to earth, or to some conducting body of relatively large extent that serves in place of the earth.

    A. short

    B. jumper

    C. ground

    D. ink

    View Answer:

    Answer: Option C

    Solution:

    442. A tension member (of solid or stranded wires) used to withstand an otherwise unbalanced force on a pole or other overhead line structures.

    A. Bond

    B. Short

    C. Fuse

    D. Guy

    View Answer:

    Answer: Option D

    Solution:

    443. A guy extending from a pole or structure or tree is sometimes called a span guy.

    A. Overhead guy

    B. Anchor guy

    C. Bla guy

    D. Guy post

    View Answer:

    Answer: Option A

    Solution:

    444. An opening in an underground run or system into which workers reach, but do not enter.

    A. Manhole

    B. Rathole

    C. Handhole

    D. Finger hole

    View Answer:

    Answer: Option C

    Solution:

    445. A device designed to protect apparatus from high transient voltage, by diverting surge current to ground and capable of repeating this function as specified.

    A. Lightning ball

    B. Lightning Arrester

    C. Fuse

    D. Lightning Protector

    View Answer:

    Answer: Option B

    Solution:

    446. A subsurface chamber, large enough for a person to enter, in the route of one or more conduit runs, and affording facilities for placing and maintaining in the runs, conductors, cables and any associated apparatus.

    A. Manhole

    B. Rathole

    C. Handhole

    D. Finger hole

    View Answer:

    Answer: Option A

    Solution:

    447. Stranded steel wires in a group which generally is not a part of the conducting system, its primary function being to support wires or cables of the system.

    A. guy

    B. support

    C. conduit

    D. messenger

    View Answer:

    Answer: Option D

    Solution:

    448. A general term applied to the whole or portion of the physical property of a communication company which contributes to the furnishing of communication service.

    A. zone

    B. area

    C. plant

    D. division

    View Answer:

    Answer: Option C

    Solution:

    449. A metallic rod, driven into the ground to provide an electrical connection to the earth.

    A. Lightning rod

    B. Ground rod

    C. Drop ground

    D. Radials

    View Answer:

    Answer: Option B

    Solution:

    450. A metallic rod carried above the highest point of a pole or structure and connected to earth by a heavy copper conductor intended to carry lightning currents directly to earth.

    A. Lightning arrester

    B. Lightning rod

    C. Breaker

    D. Lightning gap

    View Answer:

    Answer: Option B

    Solution:

    Online Questions and Answers in Laws and Ethics Series

    Following is the list of multiple choice questions in this brand new series:

    MCQ in Engineering Laws and Ethics
    PART 1: MCQ from Number 1 – 50                        Answer key: PART 1
    PART 2: MCQ from Number 51 – 100                   Answer key: PART 2
    PART 3: MCQ from Number 101 – 150                 Answer key: PART 3
    PART 4: MCQ from Number 151 – 200                 Answer key: PART 4
    PART 5: MCQ from Number 201 – 250                 Answer key: PART 5
    PART 6: MCQs from Number 251 – 300                 Answer key: PART 6
    PART 7: MCQ from Number 301 – 350                 Answer key: PART 7
    PART 8: MCQ from Number 351 – 400                 Answer key: PART 8
    PART 9: MCQ from Number 401 – 450                 Answer key: PART 9
    PART 10: MCQ from Number 451 – 500                 Answer key: PART 10

    Complete List of MCQs in General Engineering and Applied Science per topic

Please do Subscribe on YouTube!

P inoyBIX educates thousands of reviewers and students a day in preparation for their board examinations. Also provides professionals with materials for their lectures and practice exams. Help me go forward with the same spirit.

“Will you subscribe today via YOUTUBE?”

Subscribe

What You Also Get: FREE ACCESS & DOWNLOAD via GDRIVE

TIRED OF ADS?

  • Become Premium Member and experienced fewer ads to ads-free browsing.
  • Full Content Access Exclusive to Premium members
  • Access to PINOYBIX FREEBIES folder
  • Download Reviewers and Learning Materials Free
  • Download Content: You can see download/print button at the bottom of each post.

PINOYBIX FREEBIES FOR PREMIUM MEMBERSHIP:

  • CIVIL ENGINEERING REVIEWER
  • CIVIL SERVICE EXAM REVIEWER
  • CRIMINOLOGY REVIEWER
  • ELECTRONICS ENGINEERING REVIEWER (ECE/ECT)
  • ELECTRICAL ENGINEERING & RME REVIEWER
  • FIRE OFFICER EXAMINATION REVIEWER
  • LET REVIEWER
  • MASTER PLUMBER REVIEWER
  • MECHANICAL ENGINEERING REVIEWER
  • NAPOLCOM REVIEWER
  • Additional upload reviewers and learning materials are also FREE

FOR A LIMITED TIME

If you subscribe for PREMIUM today!

You will receive an additional 1 month of Premium Membership FREE.

For Bronze Membership an additional 2 months of Premium Membership FREE.

For Silver Membership an additional 3 months of Premium Membership FREE.

For Gold Membership an additional 5 months of Premium Membership FREE.

Join the PinoyBIX community.

DaysHoursMinSec
This offer has expired!

Add Comment

THE ULTIMATE ONLINE REVIEW HUB: PINOYBIX . © 2014-2024 All Rights Reserved | How to Donate? | Follow me on Blogarama DMCA.com Protection Status