chapter 5 Flashcards
The three primary factors that determine the severity of radiation are:
Question 1 options:
A)
distance, shielding, and symptoms.
B)
duration, shielding, and dose.
C)
duration, distance, and shielding.
D)
dose, symptoms, and shielding.
duration, distance and shielding
Which of the following has contributed most significantly to the decline in U.S. burn mortality?
Question 2 options:
A)
Paramedic involvement in public education
B)
Visits to elementary schools by firefighters
C)
Improved building codes and construction and sprinkler and smoke detector use
D)
Public service announcements on radio, television, and billboards
improved building codes and construction and sprinkler and smoke detector use
Which classification of burn is characterized mainly by blisters?
Question 3 options:
A)
Partial thickness
B)
Superficial
C)
Minor
D)
Full thickness
partial thickness
Based on total body surface area and burn depth, you have determined that an 88-year-old woman has a moderate burn. Considering the age of the patient, this burn is classified as:
Question 4 options:
A)
moderate.
B)
fatal.
C)
significant.
D)
critical.
critical
You have been dispatched to a call for a burn patient. Upon arriving, you find a 23-year-old woman who was sunbathing and fell asleep. She is alert and oriented and in moderate pain. She has blisters covering her extremities, abdomen, face, and chest. This patient’s burns fall into which one of the following categories?
Question 5 options:
A)
Critical
B)
Superficial
C)
Minor
D)
Moderate
critical
Which of the following stages of burn injury is best described as including a pain response, an outpouring of catecholamines, tachycardia, tachypnea, mild hypertension, and anxiety?
Question 6 options:
A)
Emergent
B)
Hypermetabolic
C)
Resolution
D)
Fluid shift
emergent
Contact with strong alkalis results in burns involving ________ necrosis of the tissue.
Question 7 options:
A)
liquefaction
B)
ischemic
C)
coagulation
D)
thermal
liquefaction
Your patient has circumferential full thickness burns of the thorax. He is intubated, and you have noticed an increase in resistance as you bag him. His skin is very tight and inflexible as you try to ventilate. Which of the following is required to improve this patient’s ventilatory status?
Question 8 options:
A)
Fasciotomy
B)
Needle thoracostomy
C)
IV sedation
D)
Escharotomy
escharotomy
Which of the following body areas warrant special attention when burned?
Question 9 options:
A)
Abdomen
B)
Feet
C)
Legs
D)
Arms
abdomen
Which of the following patient factors increases the criticality of the patient’s burn injuries?
Question 10 options:
A)
Prior history of burns
B)
Being in the geriatric age group
C)
Taking antidepressants
D)
Male gender
being in the geriatric age group
You are dispatched to a structure fire at which there is a report of a burned person. Your patient is a 32-year-old man with blisters on his anterior chest and circumferential superficial burns to both lower extremities. Using the “rule of nines,” the percentage of burn is:
Question 11 options:
A)
54.
B)
36.
C)
45.
D)
27.
45
The type of electricity supplied to homes is ________ current. Contact with this type of current may result in ________.
Question 12 options:
A)
direct; rhabdomyolysis
B)
direct; muscle tetany
C)
indirect; rhabdomyolysis
D)
alternating; muscle immobolization
alternating, muscle immobilization
You are caring for a patient with 30 percent full and partial thickness burns. He is an 80 kg man. According to the Parkland formula, he should receive ________ liters of fluid over 24 hours, with ________ liters infused in the first 8 hours.
Question 13 options:
A)
5; 3
B)
4.5; 1.25
C)
9.6; 4.8
D)
8.2; 2
9.6 ; 4.8
According to Jackson’s theory of thermal wounds, which of the following zones has suffered the greatest damage?
Question 14 options:
A)
Coagulation
B)
Stasis
C)
Disintegration
D)
Hyperemia
coagulation
Which type of radiation particle can travel through 6 to 10 feet of air, penetrate a few layers of clothing, and cause external and internal injuries?
Question 15 options:
A)
Beta
B)
Gamma
C)
Alpha
D)
Neutron
beta