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During resting conditions, what is the PO2 in muscle tissue?
During resting conditions, what is the PO2 in muscle tissue?
- 30 mmHg
- 40 mmHg (correct)
- 20 mmHg
- 50 mmHg
What happens to the pressure gradient during light submaximal exercise?
What happens to the pressure gradient during light submaximal exercise?
- It remains the same
- It narrows
- It widens (correct)
- It disappears
What is the PO2 of arterial blood during light submaximal exercise?
What is the PO2 of arterial blood during light submaximal exercise?
- 55 mmHg
- 40 mmHg
- 95 mmHg (correct)
- 65 mmHg
What is the PO2 in muscle tissue during light submaximal exercise?
What is the PO2 in muscle tissue during light submaximal exercise?
What happens to the SvO2% during light submaximal exercise?
What happens to the SvO2% during light submaximal exercise?
What is the SbO2% during light submaximal exercise?
What is the SbO2% during light submaximal exercise?
How much of the available oxygen is dissociated during resting conditions?
How much of the available oxygen is dissociated during resting conditions?
How much of the available oxygen is dissociated during light submaximal exercise?
How much of the available oxygen is dissociated during light submaximal exercise?
What is the SaO2% during light submaximal exercise?
What is the SaO2% during light submaximal exercise?
What is the percentage of dissociated oxygen during light submaximal exercise?
What is the percentage of dissociated oxygen during light submaximal exercise?
What is the maximum widening of the pressure gradient during light submaximal exercise?
What is the maximum widening of the pressure gradient during light submaximal exercise?
What happens to the PO2 of venous blood during light submaximal exercise?
What happens to the PO2 of venous blood during light submaximal exercise?
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