Phtls pr - Study guides, Class notes & Summaries

PHTLS Pre & Post Test, ATLS exam (2024) Newest Questions and Answers (Verified Answers) The displacement of tissue away from the path of a projectile, both temporarily and permanently, is known as A. Conization B. Cavitation C. Crepitation D. Contusion Answer B. Cavitation 2. The single most important factor in determining the potential for injury due to energy exchange is A. Mass of the bodies involved B. Velocity of the bodies involved

Thoracic Trauma - Rib Fractures (pathophysiology) correct answers Upper ribs are broad, thick and particularly well protected by the shoulder girdle and muscles. Requires great energy to fracture the upper ribs and patient is at risk for significant injuries such as traumatic disruption of the aorta. Rib fractures occur most often to Ribs 4-8 laterally, where they are thin and have less over lying musculature. Broken ends of ribs may tear muscle, lung and blood vessels with possibility...

PHTLS PRE & POST TEST EXAM 2024 WITH 100% CORRECT ANSWERS The displacement of tissue away from the path of a projectile, both temporarily and permanently, is known as: A. Conization B. Cavitation C. Crepitation D. Contusion - correct answer B. Cavitation The single most important factor in determining the potential for injury due to energy exchange is: A. Mass of the bodies involved B. Velocity of the bodies involved C. Density of the tissues involved D. Surface area...

PHTLS Pre & Post Test Questions And Answers The displacement of tissue away from the path of a projectile, both temporarily and permanently, is known as: A. Conization B. Cavitation C. Crepitation D. Contusion - ANS B. Cavitation The single most important factor in determining the potential for injury due to energy exchange is: A. Mass of the bodies involved B. Velocity of the bodies involved C. Density of the tissues involved D. Surface area of the impact involved ...

PHTLS Pre & Post Test The displacement of tissue away from the path of a projectile, both temporarily and permanently, is known as: A. Conization B. Cavitation C. Crepitation D. Contusion - ANSWER B. Cavitation The single most important factor in determining the potential for injury due to energy exchange is: A. Mass of the bodies involved B. Velocity of the bodies involved C. Density of the tissues involved...

When the application of kinetic energy to the body from either a blunt or penetrating mechanism displaces tissue, this is known as correct answers CAVITATION Which of the following is an example of the tertiary phase blast injury? correct answers CRUSHING INJURY DUE TO STRUCTURAL COLLAPSE. The most common threat to life among trauma patients is? correct answers INTERNAL HEMORRHAGE Your patient is an injured construction worker bleeding profusely from a large laceration to the left thigh...

The displacement of tissue away from the path of a projectile, both temporarily and permanently, is known as: A. Conization B. Cavitation C. Crepitation D. Contusion B. Cavitation The single most important factor in determining the potential for injury due to energy exchange is: A. Mass of the bodies involved B. Velocity of the bodies involved C. Density of the tissues involved D. Surface area of the impact involved B. Velocity of the bodies involved In the management...

The displacement of tissue away from the path of a projectile, both temporarily and permanently, is known as: A. Conization B. Cavitation C. Crepitation D. Contusion B. Cavitation The single most important factor in determining the potential for injury due to energy exchange is: A. Mass of the bodies involved B. Velocity of the bodies involved C. Density of the tissues involved D. Surface area of the impact involved B. Velocity of the bodies involved In the management...

The displacement of tissue away from the path of a projectile, both temporarily and permanently, is known as: A. Conization B. Cavitation C. Crepitation D. ContusionAnswer - B. Cavitation The single most important factor in determining the potential for injury due to energy exchange is: A. Mass of the bodies involved B. Velocity of the bodies involved C. Density of the tissues involved D. Surface area of the impact involvedAnswer - B. Velocity of the bodies involved ...

PHTLS PRE & POST TEST, ATLS EXAM COMPLETE 170 QUESTIONS AND CORRECT DETAILED ANSWERS PHTLS PRE & POST TEST, ATLS EXAM COMPLETE 170 QUESTIONS AND CORRECT DETAILED ANSWERS PHTLS PRE & POST TEST, ATLS EXAM COMPLETE 170 QUESTIONS AND CORRECT DETAILED ANSWERS