The Elite Universal Test
Bank: Michigan EMS
Paramedic State
Protocol Mastery
(2026/2027 Standards)
PART 0: THE NAVIGATOR
● Tier 1 (Questions 1–28) - Foundational Syntax & Application: Testing "Hard Deck"
definitions, core formulas, and primary theories.
● Tier 2 (Questions 29–58) - Complex Application & Simulation: Situation-based
variables, logical outcomes, and immediate operational shifts.
● Tier 3 (Questions 59–88) - Grandmaster Synthesis: High-stakes scenarios requiring
the synthesis of multiple, competing concepts to avert systemic failure.
PART I: THE PRIMER
Mastering this Elite Test Bank forges the paramedic into a decisive clinician whose academic
fluency translates directly to flawless execution of the 2026 Michigan MDHHS Protocols.
High-level prehospital competence replaces rote memorization with the synthesis of dynamic
physiological variables, rigorous legal standards, and exact algorithmic adherence.
Critical Axioms
● Trauma Triage Hemodynamics: Red Criteria mandates Level 1/2 transport; SBP < 110
mmHg is now a hard Red Criteria trigger for patients age ≥ 65.
● Neurological Resuscitation: For traumatic brain injuries (TBI), target EtCO2 is strictly 40
mmHg; hyperventilation causes lethal cerebral ischemia. For suspected stroke, a
FAST-ED score > 4 dictates immediate large vessel occlusion (LVO) capable destination
routing.
● Sepsis Fluid Maximums: Adult fluid boluses cap at 2 Liters; pediatric boluses cap at 40
mL/kg. Stop immediately if pulmonary edema develops.
● Pediatric Dosing Hierarchy: The MI-MEDIC v4.1.5 selection hierarchy is absolute:
Weight > Length-based tape > Age. Never guess a pediatric patient's weight.
● Termination of Resuscitation: Unwitnessed traumatic arrest with entrapment, cold water
, submersion > 90 minutes, and warm water submersion > 30 minutes require immediate
withholding of CPR.
Pre-Assessment Briefing: The 2026 Protocol Synthesis
The evolution of the Michigan EMS protocols into the 2026/2027 era represents a paradigm shift
from generalized emergency response to highly specific, physiology-driven algorithmic care.
This transition directly aligns prehospital interventions with definitive in-hospital surgical,
neurological, and critical care endpoints. The modern paramedic must operate as a mobile
extension of the intensive care unit, navigating complex decision trees that dictate not only how
a patient is treated, but precisely where they are transported to optimize survival.
Hemodynamic Nuance in Trauma and Sepsis A core theme of the updated protocols is the
aggressive identification of occult shock. Historical vital sign parameters repeatedly failed
geriatric trauma patients, who often maintain a seemingly "normal" blood pressure while
experiencing profound hypoperfusion. Consequently, the 2026 Adult/Pediatric Trauma Triage
framework classifies any patient aged 65 or older with a systolic blood pressure (SBP) less than
110 mmHg as meeting Red Criteria (High Risk for Serious Injury), mandating transport to a
Level 1 or Level 2 Trauma Center. This subtle adjustment prevents the undertriage of vulnerable
populations.
Similarly, the management of septic shock has shifted away from endless volume loading
toward precise fluid endpoints and earlier vasopressor use. Adult patients receive fluid boluses
capped at a maximum of 2 Liters, while pediatric patients are capped at 40 mL/kg. If
hypotension persists, or if pulmonary edema develops (evidenced by crackles), fluids must be
immediately terminated. The protocol relies on push-dose epinephrine (10-20 mcg) to bridge
fluid-refractory shock without drowning the patient's alveolar beds.
Age Group SBP Red Criteria Threshold Fluid Resuscitation Limit
(Sepsis)
Age 0-9 Years SBP < 70 mmHg + (2 x age) Max 40 mL/kg
Age 10-64 Years SBP < 90 mmHg Max 2 Liters
Age ≥ 65 Years SBP < 110 mmHg Max 2 Liters
Neurological Preservation: Stroke and TBI The management of acute neurological
emergencies has undergone a radical transformation. For traumatic brain injuries, the historic
practice of prophylactic hyperventilation has been entirely eradicated. Hyperventilation rapidly
decreases arterial CO2, inducing profound cerebral vasoconstriction and exacerbating
secondary ischemic injury. Paramedics must strictly adhere to age-appropriate ventilation rates,
targeting a precise end-tidal CO2 (EtCO2) of 40 mmHg.
Age Group Strict Ventilation Rate (TBI) Target EtCO2
Adult (>14 yrs) 10 breaths/min 40 mmHg (Range 35-45)
Child (2-14 yrs) 20 breaths/min 40 mmHg (Range 35-45)
Infant (0-24 mos) 25 breaths/min 40 mmHg (Range 35-45)
In stroke care, the integration of the FAST-ED (Field Assessment Stroke Triage for Emergency
Destination) scale bridges the gap between field assessment and mechanical thrombectomy.
While the Cincinnati Pre-hospital Stroke Scale (CPSS) remains the primary screening tool, a
FAST-ED score greater than 4 strongly indicates a Large Vessel Occlusion (LVO). Recognizing
an LVO empowers the paramedic to bypass closer Primary Stroke Centers in favor of
Comprehensive Stroke Centers capable of endovascular interventions, effectively preventing
permanent severe disability.
,Autonomy and End-of-Life Directives Paramedics are frequently placed at the intersection of
medical capability and patient autonomy. The 2026 framework rigorously defends a competent
patient's legal right to refuse care, defining capacity as an individual who is alert, oriented,
un-intoxicated, and fully comprehends the specific risks of refusal. Furthermore, emancipated
minors—defined as those who are married, on active military duty, or emancipated by a
court—possess the absolute legal standing to refuse medical intervention.
In the realm of cardiac arrest, the Dead on Scene parameters demand absolute clinical
discipline. Cardiopulmonary resuscitation (CPR) is explicitly withheld in unsalvageable scenarios
to prevent the dangerous, high-speed transport of deceased individuals. This includes patients
with unwitnessed traumatic arrests who are entrapped, individuals submerged in cold water
(<70°F) for over 90 minutes, or those submerged in warm water for over 30 minutes.
Additionally, patients presenting a valid MI-POST document with Section A designated as "Do
Not Resuscitate" must immediately have resuscitative efforts withheld, preserving their legal
autonomy at the end of life.
PART II: THE ELITE TEST BANK
Tier 1: Foundational Syntax & Application
Q1: You encounter a pulseless, apneic patient extricated from a frozen lake. Bystanders state
the patient was submerged for approximately 100 minutes. Based on the principles of the Dead
on Scene Protocol, which action is the MOST ACCURATE? A) Initiate CPR immediately and
transport to the closest facility. B) Contact medical control for termination of resuscitation orders.
C) Withhold CPR as the patient meets Dead on Scene criteria for cold water submersion. D)
Initiate CPR and administer warm IV fluids prior to transport.
● The Answer: C (Withhold CPR as the patient meets Dead on Scene criteria for cold water
submersion)
● Distractor Analysis:
○ A is incorrect: The protocol explicitly forbids CPR initiation for cold water
submersions >90 minutes.
○ B is incorrect: Medical control contact is unnecessary when explicit Dead on Scene
criteria are met.
○ D is incorrect: Resuscitative efforts, including fluid therapy, are contraindicated for
this specific timeline.
The Mentor's Analysis: Michigan protocols establish strict hard-deck timeframes for submersion
fatalities. Cold water (<70°F) submersion exceeding 90 minutes is incompatible with life.
Professional/Academic Intuition: Always verify the submersion time and water temperature
before committing resources to a prolonged hypothermic arrest.
Q2: An adult patient is trapped in a vehicle following a high-speed collision. The patient is
pulseless, apneic, and the arrest was unwitnessed. Based on the principles of the Traumatic
Arrest Protocol, which action is the MOST ACCURATE? A) Initiate chest compressions while
awaiting extrication. B) Apply the AED and deliver one shock if advised. C) Withhold CPR and
triage the patient as deceased. D) Administer push-dose epinephrine IM.
● The Answer: C (Withhold CPR and triage the patient as deceased)
● Distractor Analysis:
○ A is incorrect: CPR is strictly withheld in unwitnessed traumatic arrests with
entrapment.
, ○ B is incorrect: Electrical therapy is not indicated for unwitnessed traumatic arrests
lacking organized electrical activity.
○ D is incorrect: Epinephrine administration without CPR and vascular access is
fundamentally flawed.
The Mentor's Analysis: Unwitnessed traumatic arrest combined with entrapment meets definitive
Dead on Scene criteria. By withholding CPR, you bypass the trap of treating unsalvageable
multi-system trauma. Professional/Academic Intuition: Resource allocation in severe trauma
must prioritize viable patients over those with injuries definitively inconsistent with life.
Q3: A 70-year-old patient presents with altered mental status. The 12-lead ECG reveals a
narrow-complex tachycardia at 160 bpm. Based on the principles of the Adult Tachycardia
Protocol, which action is the MOST ACCURATE? A) Immediately administer adenosine 6 mg
rapid IV push. B) Perform synchronized cardioversion. C) Administer amiodarone 150 mg IV
over 10 minutes. D) Perform a Valsalva maneuver.
● The Answer: B (Perform synchronized cardioversion)
● Distractor Analysis:
○ A is incorrect: Adenosine is reserved for stable patients; this patient has altered
mental status.
○ C is incorrect: Amiodarone is indicated for stable wide-complex tachycardia, not
unstable presentations.
○ D is incorrect: Vagal maneuvers delay definitive electrical therapy in unstable
patients.
The Mentor's Analysis: Altered mental status combined with a tachyarrhythmia defines an
unstable patient. Immediate electrical therapy takes precedence over pharmacological
interventions. Professional/Academic Intuition: Instability dictates electricity. Never delay
synchronized cardioversion for a trial of medication in an unstable tachycardic patient.
Q4: A patient in ventricular fibrillation receives high-quality CPR and a defibrillation shock.
Based on the principles of the Adult Cardiac Arrest Protocol, which medication is the MOST
ACCURATE FIRST antiarrhythmic option per typical MCA selection? A) Amiodarone 150 mg
IV/IO B) Lidocaine 1.5 mg/kg IV/IO C) Amiodarone 300 mg IV/IO D) Procainamide 20 mg/min
IV/IO
● The Answer: C (Amiodarone 300 mg IV/IO)
● Distractor Analysis:
○ A is incorrect: 150 mg is the repeat dose for cardiac arrest or the primary dose for
stable tachycardia.
○ B is incorrect: The protocol specifies Lidocaine at 1 mg/kg, not 1.5 mg/kg.
○ D is incorrect: Procainamide is not a primary protocol option for VFib cardiac arrest
in this matrix.
The Mentor's Analysis: The initial pharmacological shock for refractory VFib relies on a
maximum loading dose to stabilize the myocardium. Professional/Academic Intuition: Memorize
your MCA selection: Amiodarone 300 mg or Lidocaine 1 mg/kg are the definitive
hard-deck antiarrhythmics for pulseless VT/VF.
Q5: You evaluate a patient with suspected sepsis. Based on the principles of the Sepsis
Protocol, which fluid resuscitation limit is the MOST ACCURATE for an adult patient? A)
Maximum of 1 Liter Normal Saline. B) Maximum of 2 Liters Normal Saline. C) 30 mL/kg of
Normal Saline. D) 40 mL/kg of Lactated Ringers.
● The Answer: B (Maximum of 2 Liters Normal Saline)
● Distractor Analysis:
○ A is incorrect: 1L is the initial bolus, but the maximum limit extends to 2L.
Bank: Michigan EMS
Paramedic State
Protocol Mastery
(2026/2027 Standards)
PART 0: THE NAVIGATOR
● Tier 1 (Questions 1–28) - Foundational Syntax & Application: Testing "Hard Deck"
definitions, core formulas, and primary theories.
● Tier 2 (Questions 29–58) - Complex Application & Simulation: Situation-based
variables, logical outcomes, and immediate operational shifts.
● Tier 3 (Questions 59–88) - Grandmaster Synthesis: High-stakes scenarios requiring
the synthesis of multiple, competing concepts to avert systemic failure.
PART I: THE PRIMER
Mastering this Elite Test Bank forges the paramedic into a decisive clinician whose academic
fluency translates directly to flawless execution of the 2026 Michigan MDHHS Protocols.
High-level prehospital competence replaces rote memorization with the synthesis of dynamic
physiological variables, rigorous legal standards, and exact algorithmic adherence.
Critical Axioms
● Trauma Triage Hemodynamics: Red Criteria mandates Level 1/2 transport; SBP < 110
mmHg is now a hard Red Criteria trigger for patients age ≥ 65.
● Neurological Resuscitation: For traumatic brain injuries (TBI), target EtCO2 is strictly 40
mmHg; hyperventilation causes lethal cerebral ischemia. For suspected stroke, a
FAST-ED score > 4 dictates immediate large vessel occlusion (LVO) capable destination
routing.
● Sepsis Fluid Maximums: Adult fluid boluses cap at 2 Liters; pediatric boluses cap at 40
mL/kg. Stop immediately if pulmonary edema develops.
● Pediatric Dosing Hierarchy: The MI-MEDIC v4.1.5 selection hierarchy is absolute:
Weight > Length-based tape > Age. Never guess a pediatric patient's weight.
● Termination of Resuscitation: Unwitnessed traumatic arrest with entrapment, cold water
, submersion > 90 minutes, and warm water submersion > 30 minutes require immediate
withholding of CPR.
Pre-Assessment Briefing: The 2026 Protocol Synthesis
The evolution of the Michigan EMS protocols into the 2026/2027 era represents a paradigm shift
from generalized emergency response to highly specific, physiology-driven algorithmic care.
This transition directly aligns prehospital interventions with definitive in-hospital surgical,
neurological, and critical care endpoints. The modern paramedic must operate as a mobile
extension of the intensive care unit, navigating complex decision trees that dictate not only how
a patient is treated, but precisely where they are transported to optimize survival.
Hemodynamic Nuance in Trauma and Sepsis A core theme of the updated protocols is the
aggressive identification of occult shock. Historical vital sign parameters repeatedly failed
geriatric trauma patients, who often maintain a seemingly "normal" blood pressure while
experiencing profound hypoperfusion. Consequently, the 2026 Adult/Pediatric Trauma Triage
framework classifies any patient aged 65 or older with a systolic blood pressure (SBP) less than
110 mmHg as meeting Red Criteria (High Risk for Serious Injury), mandating transport to a
Level 1 or Level 2 Trauma Center. This subtle adjustment prevents the undertriage of vulnerable
populations.
Similarly, the management of septic shock has shifted away from endless volume loading
toward precise fluid endpoints and earlier vasopressor use. Adult patients receive fluid boluses
capped at a maximum of 2 Liters, while pediatric patients are capped at 40 mL/kg. If
hypotension persists, or if pulmonary edema develops (evidenced by crackles), fluids must be
immediately terminated. The protocol relies on push-dose epinephrine (10-20 mcg) to bridge
fluid-refractory shock without drowning the patient's alveolar beds.
Age Group SBP Red Criteria Threshold Fluid Resuscitation Limit
(Sepsis)
Age 0-9 Years SBP < 70 mmHg + (2 x age) Max 40 mL/kg
Age 10-64 Years SBP < 90 mmHg Max 2 Liters
Age ≥ 65 Years SBP < 110 mmHg Max 2 Liters
Neurological Preservation: Stroke and TBI The management of acute neurological
emergencies has undergone a radical transformation. For traumatic brain injuries, the historic
practice of prophylactic hyperventilation has been entirely eradicated. Hyperventilation rapidly
decreases arterial CO2, inducing profound cerebral vasoconstriction and exacerbating
secondary ischemic injury. Paramedics must strictly adhere to age-appropriate ventilation rates,
targeting a precise end-tidal CO2 (EtCO2) of 40 mmHg.
Age Group Strict Ventilation Rate (TBI) Target EtCO2
Adult (>14 yrs) 10 breaths/min 40 mmHg (Range 35-45)
Child (2-14 yrs) 20 breaths/min 40 mmHg (Range 35-45)
Infant (0-24 mos) 25 breaths/min 40 mmHg (Range 35-45)
In stroke care, the integration of the FAST-ED (Field Assessment Stroke Triage for Emergency
Destination) scale bridges the gap between field assessment and mechanical thrombectomy.
While the Cincinnati Pre-hospital Stroke Scale (CPSS) remains the primary screening tool, a
FAST-ED score greater than 4 strongly indicates a Large Vessel Occlusion (LVO). Recognizing
an LVO empowers the paramedic to bypass closer Primary Stroke Centers in favor of
Comprehensive Stroke Centers capable of endovascular interventions, effectively preventing
permanent severe disability.
,Autonomy and End-of-Life Directives Paramedics are frequently placed at the intersection of
medical capability and patient autonomy. The 2026 framework rigorously defends a competent
patient's legal right to refuse care, defining capacity as an individual who is alert, oriented,
un-intoxicated, and fully comprehends the specific risks of refusal. Furthermore, emancipated
minors—defined as those who are married, on active military duty, or emancipated by a
court—possess the absolute legal standing to refuse medical intervention.
In the realm of cardiac arrest, the Dead on Scene parameters demand absolute clinical
discipline. Cardiopulmonary resuscitation (CPR) is explicitly withheld in unsalvageable scenarios
to prevent the dangerous, high-speed transport of deceased individuals. This includes patients
with unwitnessed traumatic arrests who are entrapped, individuals submerged in cold water
(<70°F) for over 90 minutes, or those submerged in warm water for over 30 minutes.
Additionally, patients presenting a valid MI-POST document with Section A designated as "Do
Not Resuscitate" must immediately have resuscitative efforts withheld, preserving their legal
autonomy at the end of life.
PART II: THE ELITE TEST BANK
Tier 1: Foundational Syntax & Application
Q1: You encounter a pulseless, apneic patient extricated from a frozen lake. Bystanders state
the patient was submerged for approximately 100 minutes. Based on the principles of the Dead
on Scene Protocol, which action is the MOST ACCURATE? A) Initiate CPR immediately and
transport to the closest facility. B) Contact medical control for termination of resuscitation orders.
C) Withhold CPR as the patient meets Dead on Scene criteria for cold water submersion. D)
Initiate CPR and administer warm IV fluids prior to transport.
● The Answer: C (Withhold CPR as the patient meets Dead on Scene criteria for cold water
submersion)
● Distractor Analysis:
○ A is incorrect: The protocol explicitly forbids CPR initiation for cold water
submersions >90 minutes.
○ B is incorrect: Medical control contact is unnecessary when explicit Dead on Scene
criteria are met.
○ D is incorrect: Resuscitative efforts, including fluid therapy, are contraindicated for
this specific timeline.
The Mentor's Analysis: Michigan protocols establish strict hard-deck timeframes for submersion
fatalities. Cold water (<70°F) submersion exceeding 90 minutes is incompatible with life.
Professional/Academic Intuition: Always verify the submersion time and water temperature
before committing resources to a prolonged hypothermic arrest.
Q2: An adult patient is trapped in a vehicle following a high-speed collision. The patient is
pulseless, apneic, and the arrest was unwitnessed. Based on the principles of the Traumatic
Arrest Protocol, which action is the MOST ACCURATE? A) Initiate chest compressions while
awaiting extrication. B) Apply the AED and deliver one shock if advised. C) Withhold CPR and
triage the patient as deceased. D) Administer push-dose epinephrine IM.
● The Answer: C (Withhold CPR and triage the patient as deceased)
● Distractor Analysis:
○ A is incorrect: CPR is strictly withheld in unwitnessed traumatic arrests with
entrapment.
, ○ B is incorrect: Electrical therapy is not indicated for unwitnessed traumatic arrests
lacking organized electrical activity.
○ D is incorrect: Epinephrine administration without CPR and vascular access is
fundamentally flawed.
The Mentor's Analysis: Unwitnessed traumatic arrest combined with entrapment meets definitive
Dead on Scene criteria. By withholding CPR, you bypass the trap of treating unsalvageable
multi-system trauma. Professional/Academic Intuition: Resource allocation in severe trauma
must prioritize viable patients over those with injuries definitively inconsistent with life.
Q3: A 70-year-old patient presents with altered mental status. The 12-lead ECG reveals a
narrow-complex tachycardia at 160 bpm. Based on the principles of the Adult Tachycardia
Protocol, which action is the MOST ACCURATE? A) Immediately administer adenosine 6 mg
rapid IV push. B) Perform synchronized cardioversion. C) Administer amiodarone 150 mg IV
over 10 minutes. D) Perform a Valsalva maneuver.
● The Answer: B (Perform synchronized cardioversion)
● Distractor Analysis:
○ A is incorrect: Adenosine is reserved for stable patients; this patient has altered
mental status.
○ C is incorrect: Amiodarone is indicated for stable wide-complex tachycardia, not
unstable presentations.
○ D is incorrect: Vagal maneuvers delay definitive electrical therapy in unstable
patients.
The Mentor's Analysis: Altered mental status combined with a tachyarrhythmia defines an
unstable patient. Immediate electrical therapy takes precedence over pharmacological
interventions. Professional/Academic Intuition: Instability dictates electricity. Never delay
synchronized cardioversion for a trial of medication in an unstable tachycardic patient.
Q4: A patient in ventricular fibrillation receives high-quality CPR and a defibrillation shock.
Based on the principles of the Adult Cardiac Arrest Protocol, which medication is the MOST
ACCURATE FIRST antiarrhythmic option per typical MCA selection? A) Amiodarone 150 mg
IV/IO B) Lidocaine 1.5 mg/kg IV/IO C) Amiodarone 300 mg IV/IO D) Procainamide 20 mg/min
IV/IO
● The Answer: C (Amiodarone 300 mg IV/IO)
● Distractor Analysis:
○ A is incorrect: 150 mg is the repeat dose for cardiac arrest or the primary dose for
stable tachycardia.
○ B is incorrect: The protocol specifies Lidocaine at 1 mg/kg, not 1.5 mg/kg.
○ D is incorrect: Procainamide is not a primary protocol option for VFib cardiac arrest
in this matrix.
The Mentor's Analysis: The initial pharmacological shock for refractory VFib relies on a
maximum loading dose to stabilize the myocardium. Professional/Academic Intuition: Memorize
your MCA selection: Amiodarone 300 mg or Lidocaine 1 mg/kg are the definitive
hard-deck antiarrhythmics for pulseless VT/VF.
Q5: You evaluate a patient with suspected sepsis. Based on the principles of the Sepsis
Protocol, which fluid resuscitation limit is the MOST ACCURATE for an adult patient? A)
Maximum of 1 Liter Normal Saline. B) Maximum of 2 Liters Normal Saline. C) 30 mL/kg of
Normal Saline. D) 40 mL/kg of Lactated Ringers.
● The Answer: B (Maximum of 2 Liters Normal Saline)
● Distractor Analysis:
○ A is incorrect: 1L is the initial bolus, but the maximum limit extends to 2L.
