#1
Which of the following is a common sign of hypovolemic shock?
Increased blood pressure
Bradycardia
Cool and clammy skin
Elevated body temperature
#2
In the ABCDE approach to shock management, what does 'D' stand for?
Disability
Defibrillation
Delivery
Dopamine administration
#3
Which of the following is a potential sign of compensated shock?
Hypotension
Decreased heart rate
Altered mental status
Increased respiratory rate
#4
In hemorrhagic shock, what is the primary cause of inadequate tissue perfusion?
Decreased cardiac output
Increased blood viscosity
Low oxygen saturation
Loss of intravascular volume
#5
Which of the following interventions is a priority in the initial management of shock?
Administering pain medication
Performing a detailed physical examination
Restoring intravascular volume
Ordering diagnostic imaging tests
#6
What is the primary determinant of tissue perfusion in the context of shock?
Heart rate
Blood viscosity
Blood pressure
Cardiac output
#7
Which of the following laboratory values is indicative of hemorrhagic shock?
Elevated hemoglobin
Decreased platelet count
Normal lactate levels
Low white blood cell count
#8
Which type of shock is characterized by a severe allergic reaction?
Hypovolemic shock
Cardiogenic shock
Obstructive shock
Anaphylactic shock
#9
What is the primary goal of fluid resuscitation in shock management?
Correcting electrolyte imbalances
Preventing infection
Restoring tissue perfusion
Inducing vasoconstriction
#10
Which of the following is a potential complication of using vasopressors in shock management?
Hypotension
Bradycardia
Peripheral vasodilation
Tachycardia
#11
Which of the following is a potential complication of fluid resuscitation in shock?
Hypovolemia
Fluid overload
Hypernatremia
Hypokalemia
#12
What is the purpose of using a tourniquet in the management of hemorrhage?
To stop arterial bleeding
To increase blood flow
To facilitate wound healing
To prevent venous congestion
#13
What is the primary mechanism of action of vasopressors in shock management?
Decreasing heart rate
Increasing cardiac output
Inducing vasoconstriction
Expanding intravascular volume