2. The normal range for blood pH is 7.35-7.45. For Patients with respiratory acidosis, type in...

Transcribed Image Text:

2. The normal range for blood pH is 7.35-7.45. For Patients with respiratory acidosis, type in their blood pH and indicate lower, within, or higher than the normal range. (1 mark) 3. The normal range for blood pCO2 is 35-45 mmHg. For patients with respiratory alkalosis, state their blood pCO2 level and indicate if it is lower, within, or higher than toorm normalalk) 4. The normal range for blood HCO3- is 22-26 mEq/L. For patients with metabolic alkalosis, type in their blood HCO3 and indicate if it is lower, within, or higher than the normal range. (1 mark) 5. Is compensation occurring in the patient with respiratory alkalosis? If not, explain your reasoning. Otherwise, a state whiin ch the system (respiratory or renal) is involved in balance and what compound is being removed or added to achieve balance. Describe how this substance is being removed or added and how removing or adding this compound returns pH toward normal. (1 mark) 6. Is compensation occurring in the patient with metabolic acidosis? If not, explain your reasoning. Otherwisin e, in a stain which the in h sysin tem (respiratory or renal) is involved, the, n Bal reward compound ising removed or added to achieve balance. Describe how this substance is being removed or added and how removing or adding this compound returns pH toward normal. (1 mark) 7. Patients with uncontrolled diabetes mellitus can develop metabolic acidosis. Explain how uncontrolled diabetes mellitus causes metabolic acidosis. (1 mark) 2. The normal range for blood pH is 7.35-7.45. For Patients with respiratory acidosis, type in their blood pH and indicate lower, within, or higher than the normal range. (1 mark) 3. The normal range for blood pCO2 is 35-45 mmHg. For patients with respiratory alkalosis, state their blood pCO2 level and indicate if it is lower, within, or higher than toorm normalalk) 4. The normal range for blood HCO3- is 22-26 mEq/L. For patients with metabolic alkalosis, type in their blood HCO3 and indicate if it is lower, within, or higher than the normal range. (1 mark) 5. Is compensation occurring in the patient with respiratory alkalosis? If not, explain your reasoning. Otherwise, a state whiin ch the system (respiratory or renal) is involved in balance and what compound is being removed or added to achieve balance. Describe how this substance is being removed or added and how removing or adding this compound returns pH toward normal. (1 mark) 6. Is compensation occurring in the patient with metabolic acidosis? If not, explain your reasoning. Otherwisin e, in a stain which the in h sysin tem (respiratory or renal) is involved, the, n Bal reward compound ising removed or added to achieve balance. Describe how this substance is being removed or added and how removing or adding this compound returns pH toward normal. (1 mark) 7. Patients with uncontrolled diabetes mellitus can develop metabolic acidosis. Explain how uncontrolled diabetes mellitus causes metabolic acidosis. (1 mark)

Answer rating: 100% (QA)

2 A clinical condition known as metabolic acidosis is characterized by a pH under 735 and a low HCO3 level 3 Normally the value of PCO2 falls between ... View the full answer