Question 1

The developer reducing agent that builds up gray tones in the image is hydroquinone.

Accepted Answer

A) True 
 B)False

Question 2

It is safe to read a radiograph under white-light conditions after only 2 or 3 minutes of developing.

Accepted Answer

A) True 
 B)False

Question 3

During manual time-temperature film processing, after fixing, the films are to be placed in the water wash for:

Accepted Answer

A)  5 minutes. 
B)  10 minutes. 
C)  20 minutes. 
D)  time is dependent upon water temperature. 
A)  5 minutes. 
B)  10 minutes. 
C)  20 minutes. 
D)  time is dependent upon water temperature.

Question 4

A disadvantage of automatic processing is the time it takes to produce a finished radiograph.

Accepted Answer

A) True 
 B)False

Question 5

What is the purpose of rinsing the film after it has been in the developer during manual processing?

Accepted Answer

To remove as much of the alkal

Question 6

Which ingredient slows down the oxidation rate of the developing solution?

Accepted Answer

A)  Sodium sulfite 
B)  Sodium carbonate 
C)  Potassium bromide 
D)  Hydroquinone 
A)  Sodium sulfite 
B)  Sodium carbonate 
C)  Potassium bromide 
D)  Hydroquinone

Question 7

The time required for development of radiographic film is determined by the:

Accepted Answer

A)  temperature of the darkroom. 
B)  temperature of the water. 
C)  temperature of the developer. 
D)  temperature of the fixer. 
A)  temperature of the darkroom. 
B)  temperature of the water. 
C)  temperature of the developer. 
D)  temperature of the fixer.

Question 8

A darkroom is not necessary if the automatic processor is equipped with a daylight loader.

Accepted Answer

A) True 
 B)False

Question 9

Which of the following statements regarding automatic processors is FALSE?

Accepted Answer

A)  Depending on the workload, cleaning must be done approximately every 6 months. 
B)  The roller assembly should be cleaned in warm running water with special cleansers. 
C)  Chemistry should be replenished or changed as necessary. 
D)  Roller transports squeeze excess solution from film surfaces. 
A)  Depending on the workload, cleaning must be done approximately every 6 months. 
B)  The roller assembly should be cleaned in warm running water with special cleansers. 
C)  Chemistry should be replenished or changed as necessary. 
D)  Roller transports squeeze excess solution from film surfaces.

Question 10

The optimum developing temperature for manual time-temperature film processing is:

Accepted Answer

A)  58 degrees F. 
B)  68 degrees F. 
C)  78 degrees F. 
D)  88 degrees F. 
A)  58 degrees F. 
B)  68 degrees F. 
C)  78 degrees F. 
D)  88 degrees F.

The developer reducing agent that builds up gray tones in the image is hydroquinone.

It is safe to read a radiograph under white-light conditions after only 2 or 3 minutes of developing.

During manual time-temperature film processing, after fixing, the films are to be placed in the water wash for:

A disadvantage of automatic processing is the time it takes to produce a finished radiograph.

What is the purpose of rinsing the film after it has been in the developer during manual processing?

Which ingredient slows down the oxidation rate of the developing solution?

The time required for development of radiographic film is determined by the:

A darkroom is not necessary if the automatic processor is equipped with a daylight loader.

Which of the following statements regarding automatic processors is FALSE?

The optimum developing temperature for manual time-temperature film processing is:

Dental Radiography: Historical Perspective and Future Trends

Characteristics and Measurement of Radiation

The Dental X-Ray Machine: Components and Function

Factors Affecting Radiographic Quality

Effects of Radiation Exposure

Radiation Protection

Dental X-Ray Film and Processing Methods

Infection Control

Legal and Ethical Responsibilities

Patient Relations and Education

Introduction to Radiographic Examinations

The Periapical Examinationparalleling Technique

The Periapical Examinationbisecting Technique

The Bitewing Examination

The Occlusal Examination

The Panoramic Examination

Identifying and Correcting Undiagnostic Radiographs

Quality Control and Environmental Safety in Dental Radiography

Image Orientation and Introduction to Interpretation

Recognizing Normal Radiographic Anatomy Intraoral Radiographs

Recognizing Normal Radiographic Anatomy Panoramic Radiographs

Radiographic Appearance of Dental Materials and Foreign Objects

The Use of Radiographs in the Detection of Dental Caries

The Use of Radiographs in the Evaluation of Periodontal Diseases

Describing Radiographic Anomalies, Lesions, and Opportunistic Screening

Pediatric Radiographic Techniques

Radiographic Techniques for Patients With Special Needs

Radiographic Techniques for Specific Oral Conditions

Radiographic Techniques

Filters

Exam 8: Digital Radiography and Image Acquisition

The developer reducing agent that builds up gray tones in the image is hydroquinone.

It is safe to read a radiograph under white-light conditions after only 2 or 3 minutes of developing.

During manual time-temperature film processing, after fixing, the films are to be placed in the water wash for:

A disadvantage of automatic processing is the time it takes to produce a finished radiograph.

What is the purpose of rinsing the film after it has been in the developer during manual processing?

Which ingredient slows down the oxidation rate of the developing solution?

The time required for development of radiographic film is determined by the:

A darkroom is not necessary if the automatic processor is equipped with a daylight loader.

Which of the following statements regarding automatic processors is FALSE?

The optimum developing temperature for manual time-temperature film processing is:

Dental Radiography: Historical Perspective and Future Trends

Characteristics and Measurement of Radiation

The Dental X-Ray Machine: Components and Function

Factors Affecting Radiographic Quality

Effects of Radiation Exposure

Radiation Protection

Dental X-Ray Film and Processing Methods

Infection Control

Legal and Ethical Responsibilities

Patient Relations and Education

Introduction to Radiographic Examinations

The Periapical Examinationparalleling Technique

The Periapical Examinationbisecting Technique

The Bitewing Examination

The Occlusal Examination

The Panoramic Examination

Identifying and Correcting Undiagnostic Radiographs

Quality Control and Environmental Safety in Dental Radiography

Image Orientation and Introduction to Interpretation

Recognizing Normal Radiographic Anatomy Intraoral Radiographs

Recognizing Normal Radiographic Anatomy Panoramic Radiographs

Radiographic Appearance of Dental Materials and Foreign Objects

The Use of Radiographs in the Detection of Dental Caries

The Use of Radiographs in the Evaluation of Periodontal Diseases

Describing Radiographic Anomalies, Lesions, and Opportunistic Screening

Pediatric Radiographic Techniques

Radiographic Techniques for Patients With Special Needs

Radiographic Techniques for Specific Oral Conditions

Radiographic Techniques

Filters