Fluoroscopy is a type of medical imaging that shows a
continuous X-ray image on a monitor this isn’t only useful in
hospitals. Do you think you have a proper understanding on
TV monitoring fluoroscopic imaging? Take this quiz and get to
see how knowledgeable you are when it comes to the subject.
Best of luck!
4500-5000
5000-30000
3000-50000
3000-5000
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Intensity of light
Electron beam
Target
Amt of electrons
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TV Monitor & grid
OP & II
Optical Monitor & plumbicon
Vidicon & plumbicon
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Fiber optics
Optical lens
Lens coupling
The signal plate
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Tubes
Film format
Cassette-load
Photospot
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Mechanical vacuum
Cylindrical housing
Thermonic emission
Playback
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Rods located in periphery of retina
Cones concentrated on center of retina
More than 100,000 per square mm of retina
Dim light situations
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High, high
High, low
Low, low
Low, high
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Thermonic emission
Photocathode
Cesium
Photoemission
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only the central region of the IP is used
Its caused by formation of image resulting
It results in high contrast resolution
Magnifies the image from the output phosphor onto a viewing glass
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Rotating anode
Fiber optic
Vidicon
Picture tube
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Fluoroscope
Telescope
Vidicon
Picture tube
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More than 5
Less than 5
More than 10
Less than 10
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The part of the human eye that behaves like a dialogue to control the color of the light spectrum
Part of the human eye that behaves like the diaphragm of a photographic camera to contol the amt of light
The part of the human eye that behaves like a camera to control what is seen by the human eye
The part of the human eye that behaves like a diagram of a photonic monitor
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Cones
Cines
Optics
Iris
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Photonic vision
Cone vision
Translucent vision
Photopic vision
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speed at which the dynamic images move
Overall result of the finished product
Visuality because of the illumination of cone vision
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Visible light
Red eye
Dark adapting
Spot film
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Conventional fluoroscope
Fluorescent screen
Tv monitor
Image-intensifier tube
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Matter
Visible light
Photopic light
Vidicon
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Electrons
Photons
Protons
Neutrons
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Photons
Fluorescent screen
High energy electrons
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100, 1000
3000,5000
1000, 5000
500,1500
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Visible light
Vignetting
Dark adapting
Brightness gain
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The diameter of output phosphor to input phosphor
The diameter of input phosphor to output phosphor
The diameter of input phosphor of II tube
The diameter of II tube of output phosphor
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Dark adapting
Vignetting
Brightness gain
Image intensifying
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Minification gain
Vignetting
Input to output phosphor ratio
Ratio of II
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Glass envelope
Vacuum envelope
Screen envelope
Image envelope
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Dynamic image
Spot film picture
Spot film camera
Moving camera
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Vidicon
Tv frame
Camera lens
Fluorescent screen
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No channels & no sound
No audio & no channel selection
Audio & channels
No sound & no audio
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Monitor
Envelope
Tv frame
Fluorescent screen
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Tv monitor
Tv frame
Cine
Couple
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Tv monitor
Tv frame
Cine
Minification gain
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Camera, table
Camera, patient
Patient, II
Anode, envelope
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Quiz Review Timeline (Updated): Mar 22, 2023 +
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