General
Knowledge Test Question Bank
Subject
matter codes appear above each item.
A.8.0.0.1.A.1 A01
The
working voltage of a capacitor in an ac circuit should be
A. at least 20 percent greater than the highest
applied voltage.
B. at least 50 percent greater than the highest
applied voltage.
C. equal to the highest applied voltage.
A.8.0.0.2.A.1 A01
The
term that describes the combined resistive forces in an ac circuit is
A. reactance.
B. impedance.
C. resistance.
A.8.0.0.3.A.1 A01
The
basis for transformer operation in the use of alternating current is mutual
A. inductance.
B. reactance.
C. capacitance.
A.8.0.0.4.A.1 A01
The
opposition offered by a coil to the flow of alternating current is called
(disregard resistance)
A. inductive reactance.
B. impedance.
C. reluctance.
A.8.0.0.5.A.1 A01
An increase
in which of the following factors will cause an increase in the inductive
reactance of a circuit?
A. Resistance and capacitive reactance.
B. Resistance and voltage.
C. Inductance and frequency.
A.8.0.0.6.A.1 A01
(Refer
to figure 1.) When different rated capacitors are connected in series in a
circuit, the total capacitance is
A. greater than the capacitance of the highest
rated capacitor.
B. equal to the sum of all the capacitances.
C. less than the capacitance of the lowest rated
capacitor.
A.8.0.0.7.A.1 A01
In an
ac circuit, the effective voltage is
A. greater than the maximum instantaneous voltage.
B. less than the maximum instantaneous voltage.
C. equal to the maximum instantaneous voltage.
A.8.0.0.8.A.1 A01
The
amount of electricity a capacitor can store is directly proportional to the
A. plate area and inversely proportional to the
distance between the plates.
B. distance between the plates and inversely
proportional to the plate area.
C. plate area and is not affected by the distance
between the plates.
A.8.0.0.9.A.1 A01
(Refer
to figure 2.) What is the total capacitance of a certain circuit containing
three capacitors with capacitances of .02 microfarad, .05 microfarad, and
.10 microfarad, respectively?
A. 0.125 pF.
B. .170 [mu]F.
C. .0125 [mu]F.
A.8.0.1.0.A.1 A01
Unless
otherwise specified, any values given for current or voltage in an ac circuit
are assumed to be
A. instantaneous values.
B. maximum values.
C. effective values.
A.8.0.1.1.A.1 A01
When
different rated capacitors are connected in parallel in a circuit, the total
capacitance is
(Note: CT = C1 + C2 + C3 . . .)
A. equal to the sum of all the capacitances.
B. less than the capacitance of the lowest rated
capacitor.
C. equal to the capacitance of the highest rated
capacitor.
A.8.0.1.2.A.1 A01
When
inductors are connected in series in a circuit, the total inductance is (where
the magnetic fields of each inductor do not affect the others)
(Note: LT = L1 + L2 + L3 . . .)
A. equal to the inductance of the highest rated
inductor.
B. equal to the sum of the individual inductances.
C. less than the inductance of the lowest rated
inductor.
A.8.0.1.3.A.1 A01
(Refer
to figure 3.) When more than two inductors of different inductances are connected
in parallel in a circuit, the total inductance is
A. equal to the sum of the individual inductances.
B. equal to the inductance of the highest rated
inductor.
C. less than the inductance of the lowest rated
inductor.
A.8.0.1.4.A.1 A01
What
is the total capacitance of a certain circuit containing three capacitors
with capacitances of .25 microfarad, .03 microfarad, and .12 microfarad, respectively?
(Note:
CT = C1 + C2 + C3)
A. .04 [mu]F.
B. .04 pF.
C. .4 [mu]F.
A.8.0.1.5.A.1 A02
Which
requires the most electrical power during operation?
(Note:
1 horsepower = 746 watts)
A. Two lights requiring 3 amperes each in a 24-volt
parallel system.
B. Four 30-watt lamps in a 12-volt parallel circuit.
C. A 12-volt motor requiring 8 amperes.
A.8.0.1.6.A.1 A02
How
much power must a 24-volt generator furnish to a system which contains the
following loads? (Note: 1 horsepower = 746 watts)
UNIT RATING
One
motor (75 percent efficient) 1/5 hp
Three
position lights 20
watts each
One
heating element 5
amp
One
anticollision light 3
amp
A. 385 watts.
B. 450 watts.
C. 402 watts.
A.8.0.1.7.A.1 A02
A 12-volt
electric motor has 1,000 watts input and 1 horsepower output. Maintaining
the same efficiency, how much input power will a 24-volt, 1 horsepower electric
motor require?
(Note: 1 horsepower = 746 watts)
A. 2,000 watts.
B. 500 watts.
C. 1,000 watts.
A.8.0.1.8.A.1 A02
How
many amperes will a 28-volt generator be required to supply to a circuit containing
five lamps in parallel, three of which have a resistance of 6 ohms each and
two of which have a resistance of 5 ohms each?
A. 1.11 amperes.
B. 25.23 amperes.
C. 1 ampere.
A.8.0.1.9.A.1 A02
A 1-horsepower,
24-volt dc electric motor that is 80 percent efficient requires 932.5 watts.
How much power will a 1-horsepower, 12-volt dc electric motor that
is 75 percent efficient require?
(Note: 1 horsepower = 746 watts)
A. 1,305.5 watts.
B. 932.5 watts.
C. 994.6 watts.
A.8.0.2.0.A.1 A02
The
potential difference between two conductors which are insulated from each
other is measured in
A. volts.
B. coulombs.
C. amperes.
A.8.0.2.1.A.1 A02
A 24-volt
source is required to furnish 48 watts to a parallel circuit consisting of
four resistors of equal value. What
is the voltage drop across each resistor?
A. 12 volts.
B. 6 volts.
C. 24 volts.
A.8.0.2.2.A.1 A02
When
calculating power in a reactive or inductive ac circuit, the true power is
A. more than the apparent power.
B. less than the apparent power in a reactive
circuit and more than the apparent power in an inductive circuit.
C. less than the apparent power.
A.8.0.2.3.A.1 A02
(Refer
to figure 4.) How much power is being furnished to the circuit?
A. 2,645 watts.
B. 2,875 watts.
C. 575 watts.
A.8.0.2.4.A.1 A02
(Refer
to figure 5.) What is the impedance of an ac series circuit consisting of
an inductor with a reactance of 10 ohms, a capacitor with a reactance of 4
ohms, and a resistor with a resistance of 8 ohms?
A. 10 ohms.
B. 22 ohms.
C. 5.29 ohms.
A.8.0.2.5.A.1 A03
(Refer
to figure 6.) If resistor R5 is disconnected at the junction of R4 and R3
as shown, what will the ohmmeter read?
A. 3 ohms.
B. 12 ohms.
C. 2.76 ohms.
A.8.0.2.6.A.1 A03
(Refer
to figure 7.) If resistor R3 is disconnected at terminal D, what will the
ohmmeter read?
A. 10 ohms.
B. 20 ohms.
C. Infinite resistance.
A.8.0.2.7.A.1 A03
(Refer
to figure 8.) With an ohmmeter connected into the circuit as shown, what will
the ohmmeter read?
A. 10 ohms.
B. Infinite resistance.
C. 20 ohms.
A.8.0.2.8.A.1 A03
(Refer
to figure 9.) How many instruments (voltmeters and ammeters) are installed
correctly?
A. Three.
B. Two.
C. One.
A.8.0.2.9.A.1 A03
The
correct way to connect a test voltmeter in a circuit is
A. between the source voltage and the load.
B. in series with a unit.
C. in parallel with a unit.
A.8.0.3.0.A.1 A03
Which
term means .001 ampere?
A. Kiloampere.
B. Milliampere.
C. Microampere.
A.8.0.3.1.A.1 A03
A cabin
entry light of 10 watts and a dome light of 20 watts are connected in parallel
to a 30-volt source. If the voltage
across the 10-watt light is measured, it will be
A. one-third of the input voltage.
B. half the voltage across the 20-watt light.
C. equal to the voltage across the 20-watt light.
A.8.0.3.2.A.1 A03
A 14-ohm
resistor is to be installed in a series circuit carrying .05 ampere. How much
power will the resistor be required to dissipate?
A. At least .70 milliwatt.
B. Less than .035 watt.
C. At least 35 milliwatts.
A.8.0.3.3.A.1 A03
.002KV
equals
A. .2 volt.
B. 2.0 volts.
C. 20 volts.
A.8.0.3.4.A.1 A03
(Refer
to figure 10.) What is the measured voltage of the series parallel circuit
between terminals A and B?
A. 4.5 volts.
B. 1.5 volts.
C. 3.0 volts.
A.8.0.3.5.A.1 A04
A 24-volt
source is required to furnish 48 watts to a parallel circuit consisting of
two resistors of equal value. What
is the value of each resistor?
(Note:
Rt = E2/P)
A. 12 ohms.
B. 24 ohms.
C. 6 ohms.
A.8.0.3.6.B.1 A04
Which
requires the most electrical power?
(Note: 1 horsepower = 746 watts)
A. A 1/5-horsepower, 24-volt motor which is 75
percent efficient.
B. A 24-volt anticollision light circuit consisting
of two light assemblies which require 3 amperes each during operation.
C. Four 30-watt lamps arranged in a 12-volt parallel
circuit.
A.8.0.3.7.A.1 A04
What
unit is used to express electrical power?
A. Ampere.
B. Watt.
C. Volt.
A.8.0.3.8.A.1 A04
What
is the operating resistance of a 30-watt light bulb designed for a 28-volt
system?
A. 0.93 ohm.
B. 26 ohms.
C. 1.07 ohms.
A.8.0.3.9.A.1 A04
Which
statement is correct when made in reference to a parallel circuit?
A. The current in amperes can be found by dividing
the EMF in volts by the sum of the resistors in ohms.
B. The total current is equal to the sum of the
currents through the individual branches of the circuit.
C. The current is equal in all portions of the
circuit.
A.8.0.4.0.A.1 A04
Diodes
are used in electrical power supply circuits primarily as
A. relays.
B. switches.
C. rectifiers.
A.8.0.4.1.A.1 A04
Transfer
of electrical energy from one conductor to another without the aid of electrical
connections
A. is called airgap transfer.
B. will cause excessive arcing and heat, and
as a result is impractical.
C. is called induction.
A.8.0.4.2.A.1 A04
If three
resistors of 3 ohms, 5 ohms, and 22 ohms are connected in series in a 28-volt
circuit, how much current will flow through the 3-ohm resistor?
A. 9.3 amperes.
B. 1.05 amperes.
C. 0.93 ampere.
A.8.0.4.3.A.1 A04
A circuit
has an applied voltage of 30 volts and a load consisting of a 10-ohm resistor
in series with a 20-ohm resistor. What
is the voltage drop across the 10-ohm resistor?
A. 20 volts.
B. 30 volts.
C. 10 volts.
A.8.0.4.4.A.1 A04
(Refer
to figure 11.) Find the total current flowing in the wire between points C
and D.
A. 2.4 amperes.
B. 6.0 amperes.
C. 3.0 amperes.
A.8.0.4.5.A.1 A04
(Refer
to figure 11.) Find the voltage across the 8-ohm resistor.
A. 8 volts.
B. 20.4 volts.
C. 24 volts.
A.8.0.4.6.A.1 A04
(Refer
to figure 12.) Find the total resistance of the circuit.
A. 16 ohms.
B. 2.6 ohms.
C. 21.2 ohms.
A.8.0.4.7.A.1 A04
Which
is correct in reference to electrical resistance?
A. An electrical device that has a high resistance
will use more power than one with a low resistance with the same applied voltage.
B. If one of three bulbs in a parallel lighting
circuit is removed, the total resistance of the circuit will become greater.
C. Two electrical devices will have the same
combined resistance if they are connected in series as they will have if connected
in parallel.
A.8.0.4.8.A.1 A04
What
happens to the current in a voltage step up transformer with a ratio of 1
to 4?
A. The current is stepped up by a 1 to 4 ratio.
B. The current does not change.
C. The current is stepped down by a 1 to 4 ratio.
A.8.0.4.9.A.1 A04
(Refer
to figure 13.) Determine the total current flow in the circuit.
A. 1.4 amperes.
B. 0.2 ampere.
C. 0.8 ampere.
A.8.0.5.0.A.1 A04
(Refer
to figure 14.) The total resistance of the circuit is
A. 17 ohms.
B. 25 ohms.
C. 35 ohms.
A.8.0.5.1.A.1 A04
Which
of these will cause the resistance of a conductor to decrease?
A. Increase the length or decrease the cross
sectional area.
B. Decrease the length or increase the cross
sectional area.
C. Decrease the length or the cross sectional
area.
A.8.0.5.2.A.1 A04
Through
which material will magnetic lines of force pass the most readily?
A. Aluminum.
B. Copper.
C. Iron.
A.8.0.5.3.A.1 A04
A 48-volt
source is required to furnish 192 watts to a parallel circuit consisting of
three resistors of equal value. What is the value of each resistor?
A. 12 ohms.
B. 4 ohms.
C. 36 ohms.
A.8.0.5.4.A.1 A04
Which
is correct concerning a parallel circuit?
A. Total resistance will be smaller than the
smallest resistor.
B. Total resistance will decrease when one of
the resistances is removed.
C. Total voltage drop is the same as the total
resistance.
A.8.0.5.5.A.1 A04
The
voltage drop in a circuit of known resistance is dependent on
A. the voltage of the circuit.
B. only the resistance of the conductor, and
does not change with a change in either voltage or amperage.
C. the amperage of the circuit.
A.8.0.5.6.A.1 A05
A thermal
switch, as used in an electric motor, is designed to
A. reroute the circuit to ground.
B. close the integral fan circuit to allow cooling
of the motor.
C. open the circuit in order to allow cooling
of the motor.
A.8.0.5.7.A.1 A05
(Refer
to figure 15.) With the landing gear retracted, the red indicator light will
not come on if an open occurs in wire
A. No. 7.
B. No. 19.
C. No. 17.
A.8.0.5.8.A.1 A05
(Refer
to figure 15.) The No. 7 wire is used to
A. close the UP indicator light circuit when
the landing gear is retracted.
B. open the UP indicator light circuit when the
landing gear is retracted.
C. complete the PUSH TO TEST circuit.
A.8.0.5.9.A.1 A05
(Refer
to figure 15.) When the landing gear is down, the green light will not come
on if an open occurs in wire
A. No. 7.
B. No. 6.
C. No. 17.
A.8.0.6.0.A.1 A05
(Refer
to figure 16.) What will be the effect if the PCO relay fails to operate when
the left hand tank is selected?
A. The fuel pressure crossfeed valve open light
will not illuminate.
B. The fuel tank crossfeed valve open light will
illuminate.
C. The fuel pressure crossfeed valve will not
open.
A.8.0.6.1.A.1 A05
(Refer
to figure 16.) The TCO relay will operate if 24 volts dc is applied to the
bus and the fuel tank selector is in the
A. right hand tank position.
B. crossfeed position.
C. left hand tank position.
A.8.0.6.2.A.1 A05
(Refer
to figure 16.) With power to the bus and the fuel selector switched to the
right hand tank, how many relays in the system are operating?
A. Three.
B. Four.
C. Two.
A.8.0.6.3.A.1 A05
(Refer
to figure 16.) When electrical power is applied to the bus, which relays are
energized?
A. TCC and TCO.
B. PCC and TCC.
C. PCO and PCC.
A.8.0.6.4.A.1 A05
(Refer
to figure 16.) Energize the circuit with the fuel tank selector switch selected
to the left hand position. Using the
schematic, identify the switches that will change position.
A. 3, 5, 6, 7, 11, 13.
B. 5, 6, 11, 12, 13, 15, 16.
C. 5, 9, 10, 11, 12, 13, 15.
A.8.0.6.5.A.1 A05
(Refer
to figure 17.) Which of the components is a potentiometer?
A. 5.
B. 3.
C. 11.
A.8.0.6.6.A.1 A05
(Refer
to figure 17.) The electrical symbol represented at number 5 is a variable
A. inductor.
B. resistor.
C. capacitor.
A.8.0.6.7.A.1 A05
(Refer
to figure 18.) When the landing gears are up and the throttles are retarded,
the warning horn will not sound if an open occurs in wire
A. No. 4.
B. No. 2.
C. No. 9.
A.8.0.6.8.A.1 A05
(Refer
to figure 18.) The control valve switch must be placed in the neutral position
when the landing gears are down to
A. remove the ground from the green light.
B. permit the test circuit to operate.
C. prevent the warning horn from sounding when
the throttles are closed.
A.8.0.6.9.A.1 A05
(Refer
to figure 19.) Under which condition will a ground be provided for the warning
horn through both gear switches when the throttles are closed?
A. Right gear up and left gear down.
B. Both gears up and the control valve out of
neutral.
C. Left gear up and right gear down.
A.8.0.7.0.A.1 A05
(Refer
to figure 19.) When the throttles are retarded with only the right gear down,
the warning horn will not sound if an open occurs in wire
A. No. 6.
B. No. 13.
C. No. 5.
A.8.0.7.1.A.1 A05
(Refer
to figure 19.) When the landing gears are up and the throttles are retarded,
the warning horn will not sound if an open occurs in wire
A. No. 7.
B. No. 5.
C. No. 6.
A.8.0.7.2.A.1 A05
When
referring to an electrical circuit diagram, what point is considered to be
at zero voltage?
A. The switch.
B. The ground reference.
C. The circuit breaker.
A.8.0.7.3.A.1 A05
(Refer
to figure 20.) Troubleshooting an open circuit with a voltmeter as shown in
this circuit will
A. create a low resistance path and the current
flow will be greater than normal.
B. permit current to flow and illuminate the
lamp.
C. permit the battery voltage to appear on the
voltmeter.
A.8.0.7.4.A.1 A05
(Refer
to figure 21.) Which symbol represents a variable resistor?
A. 1.
B. 3.
C. 2.
A.8.0.7.5.A.1 A05
In a
P-N-P transistor application, the solid state device is turned on when the
A. base is positive with respect to the emitter.
B. emitter is negative with respect to the base.
C. base is negative with respect to the emitter.
A.8.0.7.6.A.1 A05
In an
N-P-N transistor application, the solid state device is turned on when the
A. base is negative with respect to the emitter.
B. emitter is positive with respect to the base.
C. base is positive with respect to the emitter.
A.8.0.7.7.A.1 A05
Typical
application for zener diodes is as
A. half-wave rectifiers.
B. voltage regulators.
C. full-wave rectifiers.
A.8.0.7.8.A.1 A05
(Refer
to figure 22.) Which illustration
is correct concerning bias application and current flow?
A. 1.
B. 2.
C. 3.
A.8.0.7.9.A.1 A05
Forward
biasing of a solid state device will cause the device to
A. conduct.
B. conduct via zener breakdown.
C. turn off.
A.8.0.8.0.A.1 A05
(Refer
to figure 23.) If an open occurs at
R1, the light
A. will not be affected.
B. cannot be turned on.
C. cannot be turned off.
A.8.0.8.1.A.1 A05
(Refer
to figure 23.) If R2 sticks in the
up position, the light will
A. not illuminate.
B. be very dim.
C. be on full bright.
A.8.0.8.2.A.1 A05
(Refer
to figure 24.) Which statement concerning
the depicted logic gate is true?
A. Any input being 1 will produce a 1 output.
B. Any input being 1 will produce a 0 output.
C. All inputs must be 1 to produce a 1 output.
A.8.0.8.3.A.1 A05
(Refer
to figure 25.) In a functional and
operating circuit, the depicted logic gate's output will be 0
A. when all inputs are 1.
B. when
one or more inputs are 0.
C. only when all inputs are 0.
A.8.0.8.4.A.1 A05
(Refer
to figure 26.) Which of the logic
gate output conditions is correct with respect to the given inputs?
A. 2.
B. 1.
C. 3.
A.8.0.8.5.A.1 A06
A lead
acid battery with 12 cells connected in series (no load voltage = 2.1 volts
per cell) furnishes 10 amperes to a load of 2 ohms resistance. The internal
resistance of the battery in this instance is
A. 0.52 ohm.
B. 2.52 ohms.
C. 5.0 ohms.
A.8.0.8.6.A.1 A06
If electrolyte
from a lead-acid battery is spilled in the battery compartment, which procedure
should be followed?
A. Apply boric acid solution to the affected
area followed by a water rinse.
B. Rinse the affected area thoroughly with clean
water.
C. Apply sodium bicarbonate solution to the affected
area followed by a water rinse.
A.8.0.8.7.A.1 A06
Which
statement regarding the hydrometer reading of a lead acid storage battery
electrolyte is true?
A. The hydrometer reading will give a true indication
of the capacity of the battery regardless of the electrolyte temperature.
B. A specific gravity correction should be added
to the hydrometer reading if the electrolyte temperature is below 59 °F.
C. The hydrometer reading does not require a
temperature correction if the electrolyte temperature is 80 °F.
A.8.0.8.8.A.1 A06
A fully
charged lead acid battery will not freeze until extremely low temperatures
are reached because
A. most of the acid is in the solution.
B. increased internal resistance generates sufficient
heat to prevent freezing.
C. the acid is in the plates, thereby increasing
the specific gravity of the solution.
A.8.0.8.9.A.1 A06
What
determines the amount of current which will flow through a battery while it
is being charged by a constant voltage source?
A. The state of charge of the battery.
B. The total plate area of the battery.
C. The ampere hour capacity of the battery.
A.8.0.9.0.A.1 A06
Which
of the following statements is/are generally true regarding the charging of
several aircraft batteries together?
1. Batteries of different voltages (but similar
capacities) can be connected in series with each other across the charger,
and charged using the constant current method.
2. Batteries of different ampere-hour capacity
and same voltage can be connected in parallel with each other across the charger,
and charged using the constant voltage method.
3. Batteries of the same voltage and same ampere-hour
capacity must be connected in series with each other across the charger, and
charged using the constant current method.
A. 1 and 2.
B. 3.
C. 2 and 3.
A.8.0.9.1.A.1 A06
The
method used to rapidly charge a nickel cadmium battery utilizes
A. constant voltage and varying current.
B. constant current and varying voltage.
C. constant current and constant voltage.
A.8.0.9.2.C.1 A06
The
purpose of providing a space underneath the plates in a lead acid battery's
cell container is to
A. ensure that the electrolyte quantity ratio
to the number of plates and plate area is adequate.
B. allow for convection flow of the electrolyte
in order to provide for cooling of the plates.
C. prevent sediment buildup from contacting the
plates and causing a short circuit.
A.8.0.9.3.A.1 A06
Which
condition is an indication of improperly torqued cell link connections of
a nickel cadmium battery?
A. Heat or burn marks on the hardware.
B. Toxic and corrosive deposits of potassium
carbonate crystals.
C. Light spewing at the cell caps.
A.8.0.9.4.A.1 A06
The
presence of any small amount of potassium carbonate deposits on the top of
nickel-cadmium battery cells in service is an indication of
A. normal operation.
B. excessive gassing.
C. plate sulfation.
A.8.0.9.5.A.1 A06
The
servicing and charging of nickel-cadmium and lead acid batteries together
in the same service area is likely to result in
A. normal battery service life.
B. increased explosion and/or fire hazard.
C. contamination of both types of batteries.
A.8.0.9.6.A.1 A06
The
electrolyte of a nickel cadmium battery is the lowest when the battery is
A. under a heavy load condition.
B. being charged.
C. in a discharged condition.
A.8.0.9.7.A.1 A06
The
end of charge voltage of a 19 cell nickel cadmium battery, measured while
still on charge,
A. must be 1.4 volts per cell.
B. must be 1.2 to 1.3 volts per cell.
C. depends upon its temperature and the method
used for charging.
A.8.0.9.8.A.1 A06
Nickel-cadmium
batteries which are stored for a long period of time will show a low liquid
level because
A. electrolyte becomes absorbed into the plates.
B. of current leakage from individual cells.
C. electrolyte evaporates through the vents.
A.8.0.9.9.A.1 A06
How
can the state of charge of a nickel cadmium battery be determined?
A. By measuring the specific gravity of the electrolyte.
B. By a measured discharge.
C. By the level of the electrolyte.
A.8.1.0.0.A.1 A06
What
may result if water is added to a nickel cadmium battery when it is not fully
charged?
A. No adverse effects since water may be added
anytime.
B. Excessive spewing is likely to occur during
the charging cycle.
C. Excessive electrolyte dilution.
A.8.1.0.1.A.1 A06
In nickel
cadmium batteries, a rise in cell temperature
A. causes an increase in internal resistance.
B. causes a decrease in internal resistance.
C. increases cell voltage.
A.8.1.0.2.A.1 A06
When
a charging current is applied to a nickel cadmium battery, the cells emit
gas only
A. toward the end of the charging cycle.
B. if they are defective.
C. when the electrolyte level is low.
B.8.1.0.3.A.1 B01
What
type of line is normally used in a mechanical drawing or blueprint to represent
an edge or object not visible to the viewer?
A. Medium solid line.
B. Medium weight dashed line.
C. Alternate short and long light dashes.
B.8.1.0.4.A.1 B01
(Refer
to figure 27.) In the isometric view of a typical aileron balance weight,
identify the view indicated by the arrow.
A. 3.
B. 2.
C. 1.
B.8.1.0.5.A.1