Exam 4 BMS 420 Questions With Correct
Answers
Hypoventilation pH effect - ANSWER✔✔✔-decrease pH
| | | | |
As CO2 n=increases, H+ is ?? by Hb?
| | | | | | |
what leaves rbc? - ANSWER✔✔✔-buffered
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hco3 leaves
|
bicarbonate concentration is determined by - ANSWER✔✔✔-kidney
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The pH-bicarbonate diagram with PCO2 isobars. where is
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hypoventilation? - ANSWER✔✔✔-hypo is left
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respiratory acidosis is due to - ANSWER✔✔✔-high co2 (hypoventilation)
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respiratory alkalosis is due to - ANSWER✔✔✔-low co2
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hyperventilation
, metabolic acid-base disturbance - what causes - ANSWER✔✔✔-altered
| | | | | | | |
metabolism, ingestion of acid/base, alterd renal function
| | | | | |
metabolic acidosis - renal - ANSWER✔✔✔-decrease excretion of H+
| | | | | | | |
loss of hco3
| |
metabolic alkalosis - ANSWER✔✔✔-loss of acid, gain base
| | | | | | |
role of the kidneys - ANSWER✔✔✔-excrete or retain fixed acids (H) or
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hco3
respiratory alkalosis compensation - ANSWER✔✔✔-renal release bicarb
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respiratory alkalosis graph - ANSWER✔✔✔-
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metabolic alkalosis compensation - ANSWER✔✔✔-Hypoventilation to
| | | | | |
retain CO2 |
Metabolic alkalosis graph - ANSWER✔✔✔-isobar
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most important factor in controlling ventilation? - ANSWER✔✔✔-paco2
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Answers
Hypoventilation pH effect - ANSWER✔✔✔-decrease pH
| | | | |
As CO2 n=increases, H+ is ?? by Hb?
| | | | | | |
what leaves rbc? - ANSWER✔✔✔-buffered
| | | |
hco3 leaves
|
bicarbonate concentration is determined by - ANSWER✔✔✔-kidney
| | | | | |
The pH-bicarbonate diagram with PCO2 isobars. where is
| | | | | | | |
hypoventilation? - ANSWER✔✔✔-hypo is left
| | | |
respiratory acidosis is due to - ANSWER✔✔✔-high co2 (hypoventilation)
| | | | | | | |
respiratory alkalosis is due to - ANSWER✔✔✔-low co2
| | | | | | |
hyperventilation
, metabolic acid-base disturbance - what causes - ANSWER✔✔✔-altered
| | | | | | | |
metabolism, ingestion of acid/base, alterd renal function
| | | | | |
metabolic acidosis - renal - ANSWER✔✔✔-decrease excretion of H+
| | | | | | | |
loss of hco3
| |
metabolic alkalosis - ANSWER✔✔✔-loss of acid, gain base
| | | | | | |
role of the kidneys - ANSWER✔✔✔-excrete or retain fixed acids (H) or
| | | | | | | | | | | |
hco3
respiratory alkalosis compensation - ANSWER✔✔✔-renal release bicarb
| | | | | |
respiratory alkalosis graph - ANSWER✔✔✔-
| | | |
metabolic alkalosis compensation - ANSWER✔✔✔-Hypoventilation to
| | | | | |
retain CO2 |
Metabolic alkalosis graph - ANSWER✔✔✔-isobar
| | | |
most important factor in controlling ventilation? - ANSWER✔✔✔-paco2
| | | | | | |