Have you ever had a fracture and needed to get an X-ray? To check your knowledge, you can take this radiography test with informative questions and answers. You might not have known it at the time, but the process whereby an image was taken of your skeleton is called radiography – it is defined as an imaging technique used in order to view the internal form of an object. Take the quiz and find out how well do you know about radiography. All the best for a perfect score!
In between the intensifying screen and the film
On the source side of the object for testing
On the film side of the test object for testing
In between the operator and the radiation source
Kilovoltage or wavelength
Time
Milliamperage
Source-to-film distance
Alpha particles
Neutrons
Gamma rays
X rays
A meter used to measure X-ray intensity.
An instrument for measuring film density
A meter used for measuring the density of a material.
A meter used to measure tube current.
Stop batch, acetic acid, and water
Developer, stop bath, and H2O2.
Developer, fixer, and water
Acetic acid, fixer, and stop bath
Insufficient washing and overdevelopment
Contaminated fixer and insufficient washing
Overexposure and contaminated fixer
Overexposure and overdevelopment
The inverse square law
A curie
A half-life
The exposure time
Radiation limits for humans
Roentgens per hour
X rays per hour
Radiation in hydrogen
Radiographic contrast
Radiographic sensitivity
Radiographic density
Radiographic resolution
Contrast
Unsharpness
Reticulation
Density
Radiographic contrast
Subject contrast
Film contrast
Definition Definition
Curie
Roentgen
Half-life
MeV
Directly by personnel equipped with special protective clothing with special protective clothing
By remote handling equipment
Directly by personnel with special protective clothing except when radiographs are being made
By the same methods used for low-intensity emitters
The radiograph will not show proper contrast
It will become impossible to fix the radiograph permanently
There will be a usual "fogging" condition over the entire radiograph
There will be a tendency for each area of the film to affect the development of the areas immediately below it
The thickness of the part
The material of the specimen
The voltage range of the available X-ray machine
All three of the above factors
A dark, intermittent, or continuous line
A light, irregular line
Either a dark or light line
A fogged area on the radiograph
1.2 years
6 months
5.3 years
75 days
The current passing through the filament (cathode)
The distance from the cathode to the anode
The type of material used in the target
The voltage and waveform applied to-the X-ray tube
Quantity of radiation
Duration of exposure
Penetrating ability
X-ray beam divergence
Intensifies the scatter radiation more than the primary radiation
Decreases the contrast of the radiographic image
Intensifies the primary radiation more than in comparison to the scatter radiation
Should not be used when gamma rays are emitted by the source of radiation
Film racks
Cassettes
Emulsifiers
Diaphragms
The graininess of the film
The unsharpness of the flawed image in the film
The contrast of the flawed image in the film
All three of the above
Radiation should proceed from as small a focal spot as other considerations will allow
Radiation should proceed from as large a focal spot as other considerations will allow.
The film should be as far as possible from the object being radiographed
The distance from the anode to the material examined should be as small as is practical.
X rays of longer wavelength and more penetrating power are produced.
X rays of shorter wavelength and more penetrating power are produced.
X rays of shorter wavelength and less penetrating power are produced.
X rays of longer wavelength and less penetrating power are produced.
The tube current should be increased
The tube current should be decreased
The test specimen should be moved further from the film.
A lower kilovoltage should be applied to the tube
Wait!
Here's an interesting quiz for you.