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NSG 101 Final Exam Questions and Already Passed Answers Updated.

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respiratory acidosis signs & symptoms - Answer S/S: -breathing; slowed or difficult, retain CO2, late signs = cyanosis -CNS; HA, drowsy, restless, tremor, cofusion, disorientation - COMA (cerebral vasodilation, increased bloodflow to brain) & death -increased HR, lack of energy, weakness -hyperkalemia (as H+ moves into cells to compensate) *always physically ASSESS the pt; listen to pt's family for clues to pt's normal respiratory acidosis causes - Answer Causes: -airway obstruction; food, foreign body, cardiac/resp arrest, pulmon. edema, acute bronchitis, atelectasis, ARDS, pneumonia (anything that constricts/occludes airway preventing exhalation) -drugs; over dose of anesthetics, sedatives, narcotics -head injuries; can interfere with signals from brain to lungs -neuromuscular; impaired muscles round lungs prevent chest expansion respiratory acidosis interventions - Answer Interventions: improve respiratory ventilation via: -mechanical ventilation -bronchodilators, antibiotics, anticoagulants -pulmonary hygiene; coughing, turning, deep breathing INCENTATIVE SPIROMETER postural drainage -adequate hydration -supplemental oxygen (beware if chronic hypercapnia) *COPD pt's are accustomed to increased CO2 levels; a lack of O2 called hypoxic drive stimulates these pt's to breathe -monitor I&O, VS (always include O2 sat), ABGs respiratory acidosis lab look outs - Answer * decreased pH *increased CO2 *increased HCO3 respiratory acidosis "will sees" - Answer hypoventilation rapid, shallow respirations increased BP

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NSG 101 Final Exam Questions and
Already Passed Answers 2025-2026
Updated.
respiratory acidosis signs & symptoms - Answer S/S: -breathing; slowed or difficult, retain
CO2, late signs = cyanosis

-CNS; HA, drowsy, restless, tremor, cofusion, disorientation -> COMA (cerebral vasodilation,
increased bloodflow to brain) & death

-increased HR, lack of energy, weakness

-hyperkalemia (as H+ moves into cells to compensate)

*always physically ASSESS the pt; listen to pt's family for clues to pt's normal



respiratory acidosis causes - Answer Causes: -airway obstruction; food, foreign body,
cardiac/resp arrest, pulmon. edema, acute bronchitis, atelectasis, ARDS, pneumonia (anything
that constricts/occludes airway preventing exhalation)

-drugs; over dose of anesthetics, sedatives, narcotics

-head injuries; can interfere with signals from brain to lungs

-neuromuscular; impaired muscles round lungs prevent chest expansion



respiratory acidosis interventions - Answer Interventions: improve respiratory ventilation via:

-mechanical ventilation

-bronchodilators, antibiotics, anticoagulants

-pulmonary hygiene; coughing, turning, deep breathing INCENTATIVE SPIROMETER postural
drainage

-adequate hydration

-supplemental oxygen (beware if chronic hypercapnia) *COPD pt's are accustomed to increased
CO2 levels; a lack of O2 called hypoxic drive stimulates these pt's to breathe

-monitor I&O, VS (always include O2 sat), ABGs



respiratory acidosis lab look outs - Answer * decreased pH

*increased CO2

*increased HCO3



respiratory acidosis "will sees" - Answer hypoventilation

rapid, shallow respirations

increased BP

, dyspnea

headache

hyperkalemia

disorientation

increased cardiac output

muscle weakness

hyppoxia



hypokalemia S/S - Answer Fatigue

Anorexia, N/V, ileus (decreased bowel motility)

Muscle weakness, leg cramps

Dysrhythmias- ventricle fib- extremely low K+, need to be on cardiac monitor

"Pins and needles" sensation (paresthesia)



A SIC WALT (hypokalemia) - Answer A-alkalosis



S-shallow respirations

I-irritability

C-confusion, drowsiness



W-weakness, fatigue

A-arrhythmias- irregular rate, tachycardia

L-lethargy

T-thready pulse

* decreased intestinal motility, N/V, ileus



Hyperkalemia S/S - Answer -Peaked, narrow (real tall) T waves-maybe first sign

-Tachycardia that leads to bradycardia

-Skeletal muscle weakness

-GI: intestinal colic, cramps, distention



Sodium Level - Answer 135-145 mEq/L



Potassium level - Answer 3.5-5.0 mEq/L

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