MOCK QUIZ BEE
TEAM 2
PHYSICS / CHEMISTRY / THERMODYNAMICS / ECONOMICS
EASY ROUND
QUESTION 1:
means that the goals to be accomplished or the
issue to be overcome is ill-defined, that solutions
are difficult to determine and that information on
results is inaccessible
A. Ambiguity
C. Risk
B. Certainty
D. Uncertainty
QUESTION 1:
means that the goals to be accomplished or the
issue to be overcome is ill-defined, that solutions
are difficult to determine and that information on
results is inaccessible
A. Ambiguity
C. Risk
B. Certainty
D. Uncertainty
QUESTION 2:
How does Joseph John Thompson call his model of the atom
A. Orbital Model
B. Planetary Model
C. Radioactive Model
D. Plum-pudding Model
QUESTION 2:
How does Joseph John Thompson call his model of the atom
A. Orbital Model
B. Planetary Model
C. Radioactive Model
D. Plum-pudding Model
QUESTION 3:
What refers to a negligible body when compared to
the distances involved regarding its motion
A. Quarks
B. Particle
C. Atomic Substance
D. Element
QUESTION 3:
What refers to a negligible body when compared to
the distances involved regarding its motion
A. Quarks
B. Particle
C. Atomic Substance
D. Element
QUESTION 3:
A pure substance at absolute zero temperature is
in perfect order, and its entropy is zero. This is best
known as ____________
ANS: The Third Law of Thermodynamics
QUESTION 4:
________________What happens to the pressure of a
sample of helium gas if the
temperature is increased from 200 K
to 800 K, with no change in volume?
A. P will decrease by a factor of 4
B. P will increase by a factor of 4
C. P will not change
D. P will increase by a factor fo 2
QUESTION 4:
________________What happens to the pressure of a
sample of helium gas if the
temperature is increased from 200 K
to 800 K, with no change in volume?
A. P will decrease by a factor of 4
B. P will increase by a factor of 4
C. P will not change
D. P will increase by a factor fo 2
QUESTION 4:
________________6. Which material is commonly used
as a reinforcing phase in fiberreinforced composites?
A. Aluminum
B. Glass
C. Copper
D. Carbon fibers
QUESTION 5:
1 pound (as a unit for force) is equal
to ____ N.
A. 2.25
B. 3.33
C. 4.45
D. 1.45
QUESTION 5:
1 pound (as a unit for force) is equal
to ____ N.
A. 2.25
B. 3.33
C. 4.45
D. 1.45
QUESTION 6:
At the surface of the earth, an object
of mass m has weight w. If this object
is transported to an altitude that’s
twice the radius of the earth, then, at
the new location,
A. its mass is m/2 and its weight is w/2
B. its mass is m/2 and its weight is w/4
C. its mass is m and its weight is w/4
D. its mass is m and its weight is w/9
QUESTION 6:
At the surface of the earth, an object
of mass m has weight w. If this object
is transported to an altitude that’s
twice the radius of the earth, then, at
the new location,
A. its mass is m/2 and its weight is w/2
B. its mass is m/2 and its weight is w/4
C. its mass is m and its weight is w/4
D. its mass is m and its weight is w/9
QUESTION 6:
The ratio of quick assets to current
liabilities is called _______.
A. gross margin ratio
B. profit margin ratio
C. acid-test ratio
D. return of investment
QUESTION 7:
Defined as the collection of past information and current
knowledge to predict the future
A. Regression Analysis
B. Simulation
C. Forecasting
D. Sampling Theory
QUESTION 7:
Defined as the collection of past information and current
knowledge to predict the future
A. Regression Analysis
B. Simulation
C. Forecasting
D. Sampling Theory
QUESTION 8:
Which of the following materials is
an example of a ferromagnetic
material?
A. Aluminum (Al)
B. Copper (Cu)
C. Iron (Fe)
D. Silicon (Si)
QUESTION 8:
Which of the following materials is
an example of a ferromagnetic
material?
A. Aluminum (Al)
B. Copper (Cu)
C. Iron (Fe)
D. Silicon (Si)
MODERATE ROUND
QUESTION 1:
What is the critical cooling rate
required to form an amorphous
structure in a material?
A. Very slow cooling
B. Moderate cooling
C. Rapid cooling
D. Extremely rapid cooling
QUESTION 1:
What is the critical cooling rate
required to form an amorphous
structure in a material?
A. Very slow cooling
B. Moderate cooling
C. Rapid cooling
D. Extremely rapid cooling
QUESTION 2: (3 MINUTES)
In how many years is required for P 2,000 to increase by
P 3,000 if interest at 12% compounded semiannually?
A. 7.86 years
B. 7.65 years
C. 7.23 years
D. 8.12 years
QUESTION 2: (3 MINUTES)
In how many years is required for P 2,000 to increase by
P 3,000 if interest at 12% compounded semiannually?
A. 7.86 years
B. 7.65 years
C. 7.23 years
D. 8.12 years
QUESTION 3:
What is the measure of the outer diameter of the seal of a
Professional Electronics Engineer, in accordance with R.
A. No. 9292?
A. 48 mm
B. 46 mm
C. 50 mm
D. 44 mm
QUESTION 3:
What is the measure of the outer diameter of the seal of a
Professional Electronics Engineer, in accordance with R.
A. No. 9292?
A. 48 mm
B. 46 mm
C. 50 mm
D. 44 mm
QUESTION 4: (3 MINUTES)
A block of mass A = 8 kg is moving with velocity v = 6 m/s
toward a target block of mass B = 2 kg, which is
stationary (v = 0). The objects collide head-on, and
immediately after the collision, the speed of block B is
twice the speed of block A. What is the speed of block A
after the collision?
A. 2 m/s
C. 3 m/s
B. 1 m/s
D. 4 m/s
QUESTION 4: (3 MINUTES)
A block of mass A = 8 kg is moving with velocity v = 6 m/s
toward a target block of mass B = 2 kg, which is
stationary (v = 0). The objects collide head-on, and
immediately after the collision, the speed of block B is
twice the speed of block A. What is the speed of block A
after the collision?
ANS: D. 4 m/s
m1v1 + m2v2 = m1v1‘ + m2v2‘
8(6) + 2(0) = 8(x) + 2(2x)
x=4
QUESTION 5:
It is the energy change accompanying a mole of electrons
being added to a mole of a gaseous atoms or ions.
A. Electronic Affinity
B. Bingling Energy
C. Biochemical Energy
D. Fission
QUESTION 5:
It is the energy change accompanying a mole of electrons
being added to a mole of a gaseous atoms or ions.
A. Electronic Affinity
B. Bingling Energy
C. Biochemical Energy
D. Fission
ANS: A. Electronic Affinity
QUESTION 6: (3 MINUTES)
2.5g of glucose is dissolved into 375 ml of water. What is
the molarity of the solution?
A. 0.012 M
B. 0.037 M
C. 0.067 M
D. 0.081 M
QUESTION 6: (3 MINUTES)
2.5g of glucose is dissolved into 375 ml of water. What is
the molarity of the solution?
A. 0.012 M
B. 0.037 M
C. 0.067 M
D. 0.081 M
ANS: B. 0.037 M
M=
2.5 g
MW
0.375 L
QUESTION 7:
QUESTION 7:
QUESTION 8:
QUESTION 8: (3 MINUTES)
DIFFICULT ROUND
QUESTION 1:
A debt of P 10,000 with 10 % interest
compounded semi-annually is to be
amortized by semi-annual payment
over the next 5 years. The first due in
6 months. Determine the semi-annual
payment.
A. P 1,234.09
B. P 1,255.90
C. P 1,275.68
D. P 1,295.05
QUESTION 1:
A debt of P 10,000 with 10 % interest
compounded semi-annually is to be
amortized by semi-annual payment
over the next 5 years. The first due in
6 months. Determine the semi-annual
payment.
A. P 1,234.09
B. P 1,255.90
C. P 1,275.68
D. P 1,295.05
QUESTION 2:
Which of the following polymers is
known for its exceptional heat
resistance and is commonly used in
applications such as cookware,
electrical insulation, and aerospace
components?
A. Polyethylene (PE)
B. Polypropylene (PP)
C. Polyvinyl chloride (PVC)
D. Polyether ether ketone (PEEK)
QUESTION 2: (3 MINUTES)
Which of the following polymers is
known for its exceptional heat
resistance and is commonly used in
applications such as cookware,
electrical insulation, and aerospace
components?
A. Polyethylene (PE)
B. Polypropylene (PP)
C. Polyvinyl chloride (PVC)
D. Polyether ether ketone (PEEK)
QUESTION 3:
Section 8 (e) of R. A. No. 9292
states that the chairman and
members of the Board must be in
active practice of the electronics
engineering profession for at least
____ years prior to his appointment,
either in self-practice, or
employment in government service
and/or in the private sector.
A. 3
B. 5
C. 7
D. 10
QUESTION 3:
Section 8 (e) of R. A. No. 9292
states that the chairman and
members of the Board must be in
active practice of the electronics
engineering profession for at least
____ years prior to his appointment,
either in self-practice, or
employment in government service
and/or in the private sector.
A. 3
B. 5
C. 7
D. 10
QUESTION 4:
The heat of fusion for water is 334
kJ/kg. How much thermal energy is
required to completely melt a 100gram ice cube?
A. 3.34 kJ
B. 33.4 kJ
C. 51.1 kJ
D. 5.11 kJ
QUESTION 4
QUESTION 5: (3 MINUTES)
What law states that the rate of
effusion of a gas, which is the
amount of gas that through the hole
in a given amount of time, is
inversely proportional to the square
root of its molar mass?
A. Henry’s law
B. Graham’s law of effusion
C. Hund’s law
D. Lewis theory
QUESTION 5: (3 MINUTES)
What law states that the rate of
effusion of a gas, which is the
amount of gas that through the hole
in a given amount of time, is
inversely proportional to the square
root of its molar mass?
A. Henry’s law
B. Graham’s law of effusion
C. Hund’s law
D. Lewis theory
QUESTION 6:
Ammonium sulfate has a chemical
formula of (NH4)2SO4. Calculate
how many percent of this compound
is oxygen?
A. 48.43%
B. 49.43%
C. 43.34%
D. 42.34%
QUESTION 6:
QUESTION 7: (3 MINUTES)
Two balls roll toward each other. The red ball has a mass of 0.5
kg and a speed of 4 m/s just before impact. The green ball has a
mass of 0.3 kg and a speed of 2 m/s. After the headon collision,
the red ball continues forward with a speed of 2 m/s. Find the
speed of the green ball after the collision.
A. + 1.3 m/s
B. B. + 2.6 m/s
C. – 1.3 m/s
D. – 2.6 m/s
QUESTION 7: (3 MINUTES)
QUESTION 8:
These plans are designed primarily to incorporate steps
that are fairly new and unlikely to be replicated
A. Single Use Plans
B. Budget
C. Program
D. Project
QUESTION 8:
These plans are designed primarily to incorporate steps
that are fairly new and unlikely to be replicated
A. Single Use Plans
B. Budget
C. Program
D. Project
GOOD NIGHT