How good you're in fiber optics? Take up this practice exam and see for yourself. Also, this quiz will make you learn about different Fiber optics topics. A fiber optic cable can contain various glasses through which light pulses get through for information to be transferred. There is much that goes into ensuring that the information being spread is transferred at great speeds. Give this quiz a try and get to refresh your memories. Good luck!
Light Amplification by Simulated Emission of Radiation
Light Administration of Simulated Energy Radiation
Laser Amplification by Simulated Emission of Radiation
None of the above
The distance from the laser to the lens
The distance from the battery to the point where the light converges
The distance from the center of the lens to the point where the light converges
None of the above
Light bends towards the normal
Light bends away from the normal
Light becomes one central dot
Light reflects back from the object
Light bends towards the normal
Light bends away from the normal
Light becomes one central dot
Light reflects back from the object
The light shines straight through the prism
The light counteracts and shines in the opposite direction
The light shines out the the same side but at a small angle
All of the above
The light slows down in a material
The light changes color in a material
The light speeds up in a material
The light stops in a material
Communication over copper wires
Communication over speaker wire
Communication over thin stands of glass
All of the above
LANS
Utilities
CATV
Desktop Publishing
Security
Speed
Distance
Freedom from Interference
Installing fiber optics in a LAN
Installing fiber optics outside
Installing fiber optics in a school
None of the above
The change in angle of the diffraction of a laser light
The change in direction of the laser light
The change in color of the laser light
None of the above
Copper wiring
Thin strands of glass
Sound waves
All of the above
UV
Visible
Infrared
Invisible
850 nanometers
1000 nanometers
1011 nanometers
1200 nanometers
1300 nanometers
It multiplies the intensity of the light
It reduces the intensity of the light
It refracts the light into the correct optical fiber locations
None of the above
A splice with two wires
A component created to convert data
A component designed to protect the glass strands
None of them
The angle of the light reflecting in the core of the fiber
The ability to hold in all light sources to speed up the data
The bouncing back of the light within the fiber core.
All of the above
To prevent light from escaping
Total internal reflection
Both a and b
None of the above
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