1.
What litter is most commonly used for the transporting of the sick and injured?
Correct Answer
A. Stokes
Explanation
The correct answer is Stokes. The Stokes litter is the most commonly used litter for transporting the sick and injured. It is designed to provide stability and support to the patient during transportation. The litter is lightweight, portable, and easy to maneuver, making it a popular choice in emergency medical situations. The Stokes litter is also equipped with straps and handles to ensure the safety and comfort of the patient while being transported.
2.
What type of stretcher is collapsible and made of canvas?
Correct Answer
B. Army Litter
Explanation
The correct answer is Army Litter. An Army Litter is a type of stretcher that is collapsible and made of canvas. It is commonly used in military settings or emergency situations where portability and ease of use are important. The canvas material allows for flexibility and durability, making it suitable for transporting injured individuals over various terrains.
3.
What type of stretcher is used in confined spaces and vertical extrication?
Correct Answer
C. Miller Board
Explanation
The Miller Board is the correct answer because it is specifically designed for use in confined spaces and vertical extrication. It is a long, flat board with multiple handles and straps that can be used to secure a patient in a horizontal position. The board is rigid and durable, allowing for safe and stable transport of patients in challenging environments. The Miller Board is often used by emergency medical services, search and rescue teams, and in industrial settings where vertical extrication may be necessary.
4.
What is the easiest way to carry an unconscious victim?
Correct Answer
D. Firemans Carry
Explanation
The Firemans Carry is the easiest way to carry an unconscious victim because it allows the carrier to distribute the weight of the victim evenly across their shoulders. This technique also provides better support to the victim's head and neck, ensuring their safety during transportation. Additionally, the Firemans Carry allows the carrier to maintain better control and stability while walking or moving, minimizing the risk of further injury to the victim.
5.
When using a lifeline to raise an unconscious victim from a compartment, the lifeline should be attached to the victim in what manner?
Correct Answer
C. Around chest and under arms
Explanation
When using a lifeline to raise an unconscious victim from a compartment, it is important to attach the lifeline around the chest and under the arms. This method ensures that the victim's upper body is supported and allows for proper positioning and stabilization during the rescue. Attaching the lifeline in this manner helps to distribute the weight evenly and reduces the risk of further injury to the victim.
6.
Navy ambulances are stocked in accordance with what instruction?
Correct Answer
A. BUMEDINST 6700.42
Explanation
Navy ambulances are stocked in accordance with BUMEDINST 6700.42.
7.
How much does a Unit One bad weigh?
Correct Answer
C. 9 lbs
Explanation
The correct answer is 9 lbs. This means that a Unit One bad weighs 9 pounds.
8.
Dressings should be large enough to cover the entire surface of the wound and extend ___ in every direction beyond the edges of the wound?
Correct Answer
D. 1 inch
Explanation
Dressings should be large enough to cover the entire surface of the wound and extend 1 inch in every direction beyond the edges of the wound. This is important to ensure that the wound is fully covered and protected from external contaminants. By extending the dressing beyond the edges of the wound, it helps to prevent any bacteria or dirt from entering the wound and causing infection. Additionally, the extra coverage allows for any swelling or expansion of the wound, ensuring that the dressing remains in place and provides adequate protection.
9.
What type of bandages are made of gauze or muslin and are used to cover a sterile dressing and keep it in place?
Correct Answer
B. Standard
Explanation
Standard bandages are made of gauze or muslin and are used to cover a sterile dressing and keep it in place. These bandages are commonly used in medical settings to provide a secure and clean covering for wounds or injuries. They are designed to be easily applied and removed, allowing for regular dressing changes and proper wound care. Standard bandages are an essential component of basic first aid and medical treatment.
10.
When bandaging an extremity what parts of the limb shall remain uncovered?
Correct Answer
D. Finger and Toes
Explanation
When bandaging an extremity, it is important to leave the fingers and toes uncovered. This is because covering them can restrict blood flow and potentially cause complications. By leaving the fingers and toes exposed, it allows for proper circulation and ensures that any changes in color, temperature, or sensation can be easily monitored. Additionally, leaving the pulse points uncovered is also crucial as it allows for accurate assessment of the patient's pulse and helps in detecting any abnormalities or changes in circulation.
11.
How long does a Oxygen Breathin Apparatus, OBA, last for?
Correct Answer
E. 45 mins
Explanation
The correct answer is 45 mins. This suggests that an Oxygen Breathing Apparatus (OBA) typically lasts for 45 minutes. This duration is likely based on the capacity of the apparatus to store and provide oxygen to the user. It is important to note that this duration may vary depending on factors such as the oxygen flow rate and the user's breathing pattern.
12.
How long is a lifeline?
Correct Answer
D. 50 Feet
Explanation
A lifeline is typically a rope or cable used for safety purposes, especially in high-risk activities like rock climbing or construction work. It is designed to provide support and prevent falls. The length of a lifeline is crucial as it determines the range of movement and the distance it can cover. In this case, the correct answer is 50 feet, indicating that the lifeline is long enough to provide adequate safety coverage in various situations.
13.
How many phases of recuse operations are there?
Correct Answer
D. 4
Explanation
There are four phases of rescue operations.
14.
How many stages of extrication are there?
Correct Answer
E. 5
Explanation
There are five stages of extrication.
15.
What phase of rescue operations is where extrication is extremely difficult and time-consuming?
Correct Answer
C. pHase 3
Explanation
Phase 3 of rescue operations is where extrication is extremely difficult and time-consuming. This phase typically involves situations where victims are trapped in confined spaces or heavily damaged structures, making it challenging for rescuers to safely remove them. The complexity of the extrication process in Phase 3 often requires specialized equipment and techniques, as well as careful planning and coordination among rescue teams.
16.
What stage of extrication is prearing the victim for removal?
Correct Answer
D. Stage 4
Explanation
Stage 4 of extrication is the stage where the victim is prepared for removal. This stage involves ensuring the victim's airway is clear, stabilizing any spinal injuries, and providing any necessary medical interventions before safely removing the victim from the scene.
17.
When rescuing a victim from a fire what part(s) of the body shall remain exposed?
Correct Answer
A. Head
Explanation
When rescuing a victim from a fire, it is important for the head to remain exposed. This is because the head houses vital organs such as the brain and sensory organs like the eyes and ears. By keeping the head exposed, the rescuer can ensure that the victim can breathe properly and maintain their senses, allowing them to communicate and be aware of their surroundings during the rescue operation.
18.
When trying to break an electrical contact, always stand on what type of dry items?
Correct Answer
B. Board, newpapers, or clothing
Explanation
When trying to break an electrical contact, it is important to stand on dry items that do not conduct electricity. Board, newspapers, and clothing are all non-conductive materials that can help prevent electric shock. Wood, plastic, and rubber are also non-conductive options. Concrete and metal should be avoided as they can conduct electricity.