D - Afterload (systemic vascular resistance) is decreased in distributive shock due to vasodilation and maldistribution of blood. Pg. 79
B - Pulse pressure is widened in increased intracranial pressure. Pulse pressure is narrow in early shock. Pg. 96
D - Pelvic fractures cause massive blood loss resulting in severe shock. Pg. 78
C- The treatment is effective if the patient’s vital signs (hemodynamics) improve. Pg. 134
D - Abdominal compartment syndrome is compression or obstructive shock. Pg. 395
. C- The classic S/S of fat embolism is axillary petechial rash, along with sudden onset of restlessness and severe hypoxia. Pg. 391
A - Disaster mitigation is completing a hazardous vulnerability assessment. Pg. 348
D- Tachycardia and delayed capillary refill (not decreased) are early signs of poor tissue perfusion in the
pediatric patient. Pg. 237
C- A complication of basilar skull fractures is infection so do not pack ears or nose. Pg. 115
A - The loss of sympathetic nervous system stimulation and unopposed parasympathetic results in bradycardia and hypotension. Pg. 172
A - Primary prevention is focused on preventing the occurrence of the injury. Pg. 409
A - Restlessness, anxiety, tachycardia, and narrowed pulse pressure are seen in early shock. Pg. 74
B - Secondary prevention focuses on reducing the severity of the injury. Pg. 409
B - Subdural bleeds result from tearing of the bridging veins resulting in a steady decline in LOC. Pg. 108
B - Brown-Sequard results in ipsilateral motor loss and contralateral loss of pain sensation. Pg. 175
C- The purpose of collecting data for trauma registry is to design prevention strategies and improve care.
B - Stabilize impaled objects to tamponade bleeding. Sheehy’s Pg. 394
B - Performance improvement is a system of multidisciplinary reviews with a feedback loop to identify areas for improvement and develop an action plan. Pg. 6
C - Pain out of proportion to the injury is the classic sign of compartment syndrome. Keep the extremity in neutral position. Pg. 196
A - Lye is an alkaline substance (pH 14) so irrigation should continue until the ocular pH reaches 7.4. Pg. 114
B - The recommended starting points for fluid resuscitation rates prior to burn calculation are 250 ml/hour for ages 6-13 years of age, 125 mL/hour for 5 years of age and younger, and 500 mL/hour for 14 years and older.
Pg. 221
A - A Glasgow coma score (GCS) of 8 or less requires a secured airway. Pg. 31
D - Acidemia (decreased pH), increased carbon dioxide (hypercapnia), and hyperthermia shift the oxyhemoglobin curve to the right, so oxygen is released to the tissues. Pg. 58