2026/2027
EMT FISDAP Trauma & Readiness
Exam Complete Test Bank,
Assessment Review, Scenario-Based
Practice Questions and Study Guide
2026/2027
Question 1:
A patient is involved in a motor vehicle collision (MVC) and the windshield is
cracked. Which injury pattern should the clinician most strongly suspect?
A. Lower limb fractures only
B. Head, facial trauma, and possible cervical spine injury
C. Abdominal organ contusion only
D. Isolated rib fractures
Correct Answer: B. Head, facial trauma, and possible cervical spine injury
Rationale: A cracked windshield suggests the patient’s head or face struck the glass,
producing high-risk injuries such as skull fractures, facial lacerations, and traumatic
brain injury. Cervical spine injury must always be assumed until ruled out due to
rapid deceleration forces. The other options are less consistent with direct windshield
impact mechanics.
Question 2:
A deformed steering column in an MVC most commonly indicates which injury
pattern?
A. Isolated pelvic fracture
B. Chest trauma including cardiac and rib injuries
C. Superficial skin abrasions only
D. Lower limb sprain
Correct Answer: B. Chest trauma including cardiac and rib injuries
Rationale: Steering wheel impact transmits force to the chest, leading to rib fractures,
flail chest, myocardial contusion, pneumothorax, or even aortic injury. Other options
do not reflect the force distribution pattern seen in steering column deformation.
,2026/2027
Question 3:
A deformed dashboard in a collision is most associated with:
A. Upper limb fractures
B. Knee, femur, and abdominal injuries
C. Head trauma only
D. Spinal cord injury only
Correct Answer: B. Knee, femur, and abdominal injuries
Rationale: The dashboard commonly injures lower extremities (patella, femur, hip
dislocation) and abdominal organs (liver, spleen rupture). Head-only or spinal-only
injuries are not typical of dashboard impact mechanics.
Question 4:
Rear-end MVCs most commonly result in:
A. Abdominal rupture
B. Whiplash and coup-contrecoup brain injury
C. Isolated femur fractures
D. Liver laceration only
Correct Answer: B. Whiplash and coup-contrecoup brain injury
Rationale: Sudden acceleration-deceleration forces cause cervical hyperextension-
flexion (whiplash) and brain movement within the skull (coup-contrecoup injury).
Other injuries are less characteristic of rear-end collisions.
Question 5:
Which phase of deceleration involves internal organs continuing forward movement
after the body stops?
A. Vehicle deceleration
B. Occupant deceleration
C. Internal organ deceleration
D. Secondary collision phase
Correct Answer: C. Internal organ deceleration
Rationale: Organs continue moving due to inertia and collide with internal structures,
causing shearing injuries. Other phases involve external motion or secondary impacts.
,2026/2027
Question 6:
Which statement best explains why velocity is more dangerous than mass in trauma?
A. Heavier objects always cause more damage
B. Speed increases kinetic energy exponentially
C. Mass has no role in injury
D. Velocity reduces impact force
Correct Answer: B. Speed increases kinetic energy exponentially
Rationale: Kinetic energy depends on velocity squared, making speed the most critical
determinant of injury severity. Mass contributes but is less influential than velocity.
Question 7:
Airbag deployment most commonly causes:
A. Severe internal organ rupture
B. Facial and chest abrasions
C. Spinal cord transection
D. Liver laceration
Correct Answer: B. Facial and chest abrasions
Rationale: Airbags protect against fatal trauma but frequently cause superficial
abrasions and minor chemical irritation from deployment powder.
Question 8:
In a “down-and-under” MVC injury pattern, the primary force affects:
A. Head and neck
B. Lower extremities and femur
C. Upper limbs only
D. Abdomen exclusively
Correct Answer: B. Lower extremities and femur
Rationale: The body slides under the dashboard, transmitting force through knees into
femur and pelvis, leading to fractures.
Question 9:
In a motorcycle head-on collision, the rider is most likely to suffer:
, 2026/2027
A. Isolated wrist injury
B. Femur and tibia fractures
C. Facial burns only
D. Kidney rupture only
Correct Answer: B. Femur and tibia fractures
Rationale: The rider is thrown forward over handlebars, causing high-energy lower
limb trauma.
Question 10:
Which description best defines penetrating trauma?
A. Skin remains intact
B. Deep tissue injury without skin break
C. Disruption of skin and underlying tissues in a focused area
D. Only muscle bruising
Correct Answer: C. Disruption of skin and underlying tissues in a focused area
Rationale: Penetrating trauma breaks the skin and creates a localized wound channel
(e.g., gunshot or stab wound).
Question 11:
The most important factor in gunshot wound severity is:
A. Entry wound size
B. Type of tissue traversed
C. Bullet color
D. Skin thickness
Correct Answer: B. Type of tissue traversed
Rationale: Elasticity and density of tissues determine damage; organs like liver are
highly vulnerable compared to muscle.
Question 12:
A key feature of an exit wound is that it is usually:
A. Smaller than entry wound
B. Equal in size
EMT FISDAP Trauma & Readiness
Exam Complete Test Bank,
Assessment Review, Scenario-Based
Practice Questions and Study Guide
2026/2027
Question 1:
A patient is involved in a motor vehicle collision (MVC) and the windshield is
cracked. Which injury pattern should the clinician most strongly suspect?
A. Lower limb fractures only
B. Head, facial trauma, and possible cervical spine injury
C. Abdominal organ contusion only
D. Isolated rib fractures
Correct Answer: B. Head, facial trauma, and possible cervical spine injury
Rationale: A cracked windshield suggests the patient’s head or face struck the glass,
producing high-risk injuries such as skull fractures, facial lacerations, and traumatic
brain injury. Cervical spine injury must always be assumed until ruled out due to
rapid deceleration forces. The other options are less consistent with direct windshield
impact mechanics.
Question 2:
A deformed steering column in an MVC most commonly indicates which injury
pattern?
A. Isolated pelvic fracture
B. Chest trauma including cardiac and rib injuries
C. Superficial skin abrasions only
D. Lower limb sprain
Correct Answer: B. Chest trauma including cardiac and rib injuries
Rationale: Steering wheel impact transmits force to the chest, leading to rib fractures,
flail chest, myocardial contusion, pneumothorax, or even aortic injury. Other options
do not reflect the force distribution pattern seen in steering column deformation.
,2026/2027
Question 3:
A deformed dashboard in a collision is most associated with:
A. Upper limb fractures
B. Knee, femur, and abdominal injuries
C. Head trauma only
D. Spinal cord injury only
Correct Answer: B. Knee, femur, and abdominal injuries
Rationale: The dashboard commonly injures lower extremities (patella, femur, hip
dislocation) and abdominal organs (liver, spleen rupture). Head-only or spinal-only
injuries are not typical of dashboard impact mechanics.
Question 4:
Rear-end MVCs most commonly result in:
A. Abdominal rupture
B. Whiplash and coup-contrecoup brain injury
C. Isolated femur fractures
D. Liver laceration only
Correct Answer: B. Whiplash and coup-contrecoup brain injury
Rationale: Sudden acceleration-deceleration forces cause cervical hyperextension-
flexion (whiplash) and brain movement within the skull (coup-contrecoup injury).
Other injuries are less characteristic of rear-end collisions.
Question 5:
Which phase of deceleration involves internal organs continuing forward movement
after the body stops?
A. Vehicle deceleration
B. Occupant deceleration
C. Internal organ deceleration
D. Secondary collision phase
Correct Answer: C. Internal organ deceleration
Rationale: Organs continue moving due to inertia and collide with internal structures,
causing shearing injuries. Other phases involve external motion or secondary impacts.
,2026/2027
Question 6:
Which statement best explains why velocity is more dangerous than mass in trauma?
A. Heavier objects always cause more damage
B. Speed increases kinetic energy exponentially
C. Mass has no role in injury
D. Velocity reduces impact force
Correct Answer: B. Speed increases kinetic energy exponentially
Rationale: Kinetic energy depends on velocity squared, making speed the most critical
determinant of injury severity. Mass contributes but is less influential than velocity.
Question 7:
Airbag deployment most commonly causes:
A. Severe internal organ rupture
B. Facial and chest abrasions
C. Spinal cord transection
D. Liver laceration
Correct Answer: B. Facial and chest abrasions
Rationale: Airbags protect against fatal trauma but frequently cause superficial
abrasions and minor chemical irritation from deployment powder.
Question 8:
In a “down-and-under” MVC injury pattern, the primary force affects:
A. Head and neck
B. Lower extremities and femur
C. Upper limbs only
D. Abdomen exclusively
Correct Answer: B. Lower extremities and femur
Rationale: The body slides under the dashboard, transmitting force through knees into
femur and pelvis, leading to fractures.
Question 9:
In a motorcycle head-on collision, the rider is most likely to suffer:
, 2026/2027
A. Isolated wrist injury
B. Femur and tibia fractures
C. Facial burns only
D. Kidney rupture only
Correct Answer: B. Femur and tibia fractures
Rationale: The rider is thrown forward over handlebars, causing high-energy lower
limb trauma.
Question 10:
Which description best defines penetrating trauma?
A. Skin remains intact
B. Deep tissue injury without skin break
C. Disruption of skin and underlying tissues in a focused area
D. Only muscle bruising
Correct Answer: C. Disruption of skin and underlying tissues in a focused area
Rationale: Penetrating trauma breaks the skin and creates a localized wound channel
(e.g., gunshot or stab wound).
Question 11:
The most important factor in gunshot wound severity is:
A. Entry wound size
B. Type of tissue traversed
C. Bullet color
D. Skin thickness
Correct Answer: B. Type of tissue traversed
Rationale: Elasticity and density of tissues determine damage; organs like liver are
highly vulnerable compared to muscle.
Question 12:
A key feature of an exit wound is that it is usually:
A. Smaller than entry wound
B. Equal in size
