front 1 Which type of body habitus is associated with a broad and deep thorax? | back 1 Hypersthenic |
front 2 Which one of the following types of body habitus may cause the costophrenic angles to be cut off if careful vertical collimation is not used? | back 2 Hyposthenic and asthenic |
front 3 What is the minimum number of ribs that should be demonstrated above the diaphragm on a PA radiograph of an average adult chest with full inspiration? | back 3 10 ribs |
front 4 Which of the following objects should be removed before chest radiography? A. Necklace D. dentures G. Oxygen lines B. Bra E. Pants C. Religious medallion around neck F. Hair fasteners | back 4 A, B, C, F, G |
front 5 T/F Chest radiography is the most commonly repeated radiographic procedure because of poor positioning or exposure factor selection errors. | back 5 True |
front 6 Chest radiography for the adult patient usually employs a kilovoltage peak of ____ to ____ kV. | back 6 110-125 |
front 7 T/F Generally, you do not need to use radiographic grids for adult patients for PA or lateral chest radiographs. | back 7 False |
front 8 Optimal technical factor selection ensures proper penetration of the? | back 8 Heart, Great vessels, Lung region, Hilar region |
front 9 Which of the following devices should be used for the erect PA and lateral chest projection for an infant | back 9 Pigg-o-stat |
front 10 Describe the way optimum density of the lungs and mediastinal structures can be determined on a PA chest radiograph | back 10 should be able to see faint outlines of at least middle and upper vertebrae and ribs through the heart and other mediastinal. |
front 11 T/F Because the heart is always located in the left thorax, the use of anatomic side markers on a PA chest projection may not be necessary. | back 11 False |
front 12 Which one if the following sets of exposure factors is recommended for a chest examination of a young pediatric patient | back 12 70 to 85 kV, short exposure time |
front 13 T/F Because they have shallower lung fields, the central ray is often centered higher for geriatric patients. | back 13 True |
front 14 To ensure better lung inspiration during chest radiography, exposure should be made during the ____ inspiration | back 14 second |
front 15 List 4 possible pathologic conditions that suggest the need for both inspiration and expiration PA chest radiographs. | back 15 Small pneumothorax, presence of foreign body, Fixation or lack of normal diaphragm movement, and distinguishing between opacity in rib or lung |
front 16 List and explain briefly the three reasons chest radiographs should be taken with the patient in the erect position. | back 16 allows diaphragm to move down farther, show possible air and fluid levels in the chest, prevent engorgement and hyperemia of the pulmonary vessels. |
front 17 Why do the lungs tend to expand more with the patient in an erect position than in a supine position? | back 17 Erect position causes abdominal organs to drop allowing the diaphragm to move farther down and the lungs to more fully aerate |
front 18 Explain the primary purpose and benefit of performing chest radiography using 72 inch source image receptor distance. | back 18 Reduces distortion and magnification of the heart and other chest structures |
front 19 what is a common radiographs sign seen on a chest radiograph for a patient with respiratory distress syndrome? | back 19 Air bronchogram |
front 20 which one of the following anatomic structures is examined to determine rotation on a PA chest radiograph? | back 20 Symmetric appearance of sternoclavicular joints |
front 21 Which positioning tip will help you prevent the patient's chin and neck from being superimposed over the upper airway and apices of the lungs for a PA chest radiograph? | back 21 extend the neck upward |
front 22 For patients with the following clinical histories, which lateral projection would you perform-right or left? Patient with serve pains in left side of chest | back 22 left |
front 23 For patients with the following clinical histories, which lateral projection would you perform-right or left? Patient with no chest pain but recent history of pneumonia in right lung | back 23 right |
front 24 For patients with the following clinical histories, which lateral projection would you perform-right or left? Patient with no chest pain or history of heart trouble | back 24 left |
front 25 Why is it important to raise the patients arms above the head for lateral chest projections? | back 25 Prevents upper arm soft tissues from being superimposed over upper chest fields |
front 26 The traditional central ray centering technique for the chest is to place the top of the image receptor _____ inches (____cm ) above the shoulders. | back 26 1 and a half to 2 inches, 5 cm |
front 27 A recommended central ray centering technique for a PA chest projection require the technologist to palpate the _________ and measure down from that bony landmark _____ inches ( ____cm) for a male and ____ inches (____cm) for a female patient. | back 27 Vertebra prominens, 8 inches or 20 cm, 7 inches and 18 cm |
front 28 Should the 14 x 17 inch image receptor be aligned lengthwise or crosswise for a PA chest projection of a hypersthenic patient? | back 28 crosswise |
front 29 Should the 14 x 17 inch image receptor be aligned lengthwise or crosswise for a PA chest projection of a hyposthenic patient? | back 29 lengthwise |
front 30 Which one of the following bony landmarks is palpated for centering of the AP chest projection? | back 30 Jugular notch |
front 31 T/F With most digital chest units, the question of IR placement into either vertical or crosswise position is eliminated because of the larger IR | back 31 True |
front 32 T/F For most patients, the central ray level for a PA chest projection is near the inferior angle of the scapula | back 32 True |
front 33 T/F In general, for an average patient more collimation should be visible on the lower margin of the chest image than on the top for a PA or lateral chest position. | back 33 False. should be = |
front 34 The height, or vertical dimension, of the average-to-larger person's chest is greater that the width or horizontal dimension. | back 34 False. greater width |
front 35 T/F Single-photon emission computed tomography is frequently used to diagnose myocardial infraction. | back 35 True. |
front 36 T/F Ultrasound is not an effective modality to detect pleural effusion. | back 36 False |
front 37 T//F Echocardiography and electrocardiography are basically the same procedure. | back 37 False. |
front 38 one of the most common inherited diseases | back 38 Cystic Fibrosis |
front 39 Condition most frequently associated with congestive heart failure | back 39 Pulmonary edema |
front 40 dyspnea | back 40 shortness of breath |
front 41 Accumulation of pus in pleural cavity | back 41 Empyema |
front 42 A form of occupational lung disease | back 42 Silicosis |
front 43 A contagious disease caused by an airborne bacterium | back 43 Tuberculosis |
front 44 Irreversible dilation of bronchioles | back 44 Bronchiectasis |
front 45 Most common form is emphysema | back 45 Chronic obstructive pulmonary disease |
front 46 Acute or chronic irritation of bronchi | back 46 Bronchitis |
front 47 Collapse of all or portion of lung | back 47 Atelectasis |
front 48 Inflammation of pleura | back 48 Pleurisy |
front 49 Which one of the following chest projections/prositions is recommended to detect calcifications or cavitations within the upper lung region near the clavicles? | back 49 AP lordotic |