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Respiratory acidosis can be partly compensated for by an increase in alveolar ventilation.TrueFalse Your solution’s ready to go! Enhanced with AI, our expert help has broken down your problem into an easy-to-learn solution you can count on.
Question: Question 13 3 pts Match the Acid-Base imbalance with the correct description Normal range: pH 7.35-7.45 PCO2: 35-35 mm Hg HCO3: 22-26 mEq/L Compensated respiratory alkalosis [Choose Systemic arterial blood pH = 7.36; Systemic arterial HCO3- = 18 mEq/L Systemic arterial blood pH = 7.44; systemic arterial blood PCO2 = 33 mm Hg Systemic arterial blood pH =
Question: QUESTION 5 Interpret the acid-base balance for the following values. рн 7.43 PCO2 36 HCO3 23 BE/BD 0 within normal limits (WNL) uncompensated respiratory acidosis O partially compensated respiratory acidosis O fully compensated respiratory acidosis uncompensated metabolic acidosis O partially compensated metabolic acidosis O fully compensated metabolic
Question 1 (1 point Saved A fully compensated respiratory acidosis is evidenced by: a) Low pH, High CO 2 b) Low pH. Low CO2 Oc) Normal pH. High CO2 d) Normal pH, Low CO2 e) None of the above View hint for Question 1 Question 2 (1 point) Saved Anaphylaxis is an example of which kind of shock?
Question: Fully compensated respiratory acidosis is demonstrated byGroup of answer choicespH 7.36, PaCO2 55, HCO3– 36.pH 7.45, PaCO2 40, HCO3– 28.pH 7.26, PaCO2 60, HCO3– 26.pH 7.40, PaCO2 40, HCO3– 24.
Question: 6. pH=7.33 CO2=66 HCO3=35 A) Compensated respiratory acidosis B) Metabolic alkalosis C) Metabolic acidosis D) Partly compensated respiratory acidosis 20 7. pH=6.68 CO2=85 HCO3=10 A) Combined alkalosis B) Compensated respiratory alkalosis C) Combined acidosis D) Metabolic and respiratory acidosis 0 8. pH=7.35 CO2=42 HCO3=23 A) Combined ...
Question: 7. Explain how acidosis, both respiratory and metabolic, can occur in the human body. Also, explain how each condition, respiratory and metabolic, is compensated for Explain how alkalosis, both respiratory and metabolic, can occur in the human body. Also, explain how each condition, respiratory and metabolic, is compensated for. 8.
9. pH=7.21 CO2=60 HCO3=24 A) Respiratory acidosis B) Compensated metabolic alkalosis iloista C) Compensated respiratory acidosis D) Compensated respiratory alkalosis 10. pH=7.48 CO2=19 HCO3=13 A) Normal B) Respiratory acidosis C) Compensated metabolic acidosis D) Partly compensated respiratory alkalosis
Blood gas values of: pH-7.33, pCO2-35 and HCO, 18 would indicate: a. uncompensated respiratory acidosis c. uncompensated metabolic acidosis b. compensated respiratory acidosis d. compensated metabolic acidosis One complication of untreated diabetes mellitus is excessive production of acidic ketone bodies This could result in an acid base ...
Question: metabolic acidosis, partially compensated by respiratory alkalosisexpected nursing assessment findings include increased respirations ( 32rr,12-20 is the normal range), which is called Kussmaul respirations, to compensate CO 2 for metabolic acidosis. additionally, lethargy is common with metabolic acidosis due to several things, including electrolyte