Practice and review
Light Administration by Simulated Emission of Radiation
Light Amplification by Simulated Emission of Radiation
Laser Amplification by Simulated Emission of Radiation
Class 1
Class 2
Class 3
Class 4
Class 1
Class 2
Class 3
Class 4
ST and ST
ST and SC
SC and SC
PT and PTSD
Two electrodes and a cover
Two covers and an electrode
No electrodes and no cover
No electrodes and two covers
El Chubacabra
Quarks
Wavelengths
Nimrods
850
1310
1550
1800
White, blue, and green
UV, visible light, and infrared
Your mom
1.51 Jigawatts
Benjamin Franklin
Nicolai Tesla
Rick Astley
Fresnel
Low, top, and middle
Fundamental, low order, and high order modes
1, 2 and 3
Top, middle, and center
Low order mode
High order mode
Medium order mode
Fundamental mode
Crosshair and fixed
Single and multimode
Multimode only
Single mode only
Glass core, glass cladding
Glass core, plastic cladding
Glass core, polyurethane cladding
Plastic core, tin cladding
Single mode fiber
Multimode fiber
Loose tube fiber
Tight buffer fiber
Tight buffer fiber
Loose tube fiber
Multimode fiber
Single mode fiber
The ability to be pulled without breaking
The ability to be pushed without breaking
The ability to be tossed without breaking
The ability to be laced without breaking
Brown
White
Green
Yellow
Orange or aqua (laser optimized multi mode)
Magenta
Turquoise
Gray
To patch a wall
To patch a tire
Testing, monitoring or cross connecting
To patch a patch
Holds fiber
Protects fiber
Organizes fiber
Holds, protects and organizes fiber
OFCR
OFNR
OFNP
OFPG
A cable that has a backbone
A cable that has no backbone
Cabling from an entrance of a facility that spreads out to other rooms or buildings
All of the above
True
False
Cables that are not bonded together.
Three cables bonded together.
Two cables bonded together.
A complex design of cables.
Anaerobic, putty melt and cam.
Anaerobic, hot melt, and cam.
Rick Astley.
Anaerobic, cold melt, and cam.
Pink
Orange
Yellow
Blue
Beige, black, and aqua.
Black, brown, and yellow.
Green, yellow, and beige.
Beige, black, and white.
Straight tip
Stick tip
Super tip
Strength tip
Subscriber concave
Subscriber cohesion
Subscriber connector
Subscriber covert
Hybrid cable
Simplex cable
Distribution cable
Duplex design
Dynamic and sticky
Dynamic and static
Dynamic and stocky
Dynamic and sandy
No signals transmitted over a single channel
Sending no signals
One signal transmitted over a single channel
A process by which two or more signals are transmitted over a single channel
Dynamic 20X, static 10X
Dynamic 10X, static 20X
Dynamic 15X, static 15X
Dynamic 100X, static 50X
WDM(wavelength division multiplexing) and FDM(frequency division multiplexing)
WDM(wavelength digitized multiplexing)and FDM (frequency detected multiplexing)
WDM(wavelength dipole multiplexing)and FDM(frequency distracted multiplexing)
WDM(wavelength directed multiplexing)and FDM(frequency directed multiplexing)
WDM boosts the signal, FDM reduces the signal.
WDM redirects the signal, FDM amplifies it.
WDM optimizes the signal, FDM does nothing.
WDM digitizes the signal, FDM is analog.
Layout of the land.
Physical arrangement of a network.
Geographic layout.
The study of tops.
Nothing, don't worry about it.
Warning signs, problems during installation, and test results.
Everyone's name.
Everyone's mom.
0.3dB for connectors, 0.75 for splices.
0.1dB for connectors, 0.15dB for splices.
0.15dB for connectors, 0.15dB for splices.
0.75dB for connectors, 0.3dB for splices.
Fiber orbital sequence(FOS)and fiber orbital metric(FOM)
Fiber optic source(FOS)and fiber optic meter(FOM)
Fiber optic sustainability(FOS)and fiber optic mode(FOM)
Fiber optic squelch(FOS)and fiber optic maintenance(FOM)
Non-permanent connection between two fiber ends.
Semi-permament connection between two fiber ends.
Fairly permament connection between two fiber ends.
Permament connection between two fiber ends.
Mechanical and nano splicing.
Mechanical and integral splicing.
Mechanical and temporary splicing.
Mechanical and fusion splicing.
One time.
Two times.
Three times.
Ten times.
Fiber that has gone to the dark side of the force.
Fiber that is not in the light.
Fiber that is broken or not in use.
Fiber that we don't care about.
0.3dB
0.75dB
0.50dB
0.7dB
Loss of light over a distance measured in dB/km.
Loss of power.
Loss of some light.
Loss of all light.
True
False
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