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Directions
Complete Table 3
Calculate the following values and type your data in the highlighted cell of the table. Use the Enter or Return key to input the data.
- Calculate the average minute ventilation for Subject 1-3 inhaling a gas mixture with 6% of carbon dioxide. The average MV values for other gas mixtures will be entered automatically.
- Calculate the average arterial blood pCO2 for Subject 1-3 inhaling a gas mixture with 6% of carbon dioxide. The average pCO2 values for other gas mixtures will be entered automatically.
- Calculate the average arterial blood pO2 for Subject 1-3 inhaling a gas mixture with 6% of carbon dioxide. The average pO2 values for other gas mixtures will be entered automatically.
- Calculate the average arterial blood pH for Subject 1-3 inhaling a gas mixture with 6% of carbon dioxide. The average pH values for other gas mixtures will be entered automatically.
Complete Table 4
Calculate the following values and type your data in the highlighted cell of the table.
Press the Enter key to input.
- Calculate the average minute ventilation for Subjects 1-3 inhaling a gas mixture with 15% of oxygen. The average MV values for other gas mixtures will be entered automatically.
- Calculate the average arterial blood pCO2 for Subjects 1-3 inhaling a gas mixture with 15% of oxygen. The average pCO2 values for other gas mixtures will be entered automatically.
- Calculate the average arterial blood pO2 for Subjects 1-3 inhaling a gas mixture with 15% of oxygen. The average pO2 values for other gas mixtures will be entered automatically.
- Calculate the average arterial blood pH for Subjects 1-3 inhaling a gas mixture with 15% of oxygen. The average pH values for other gas mixtures will be entered automatically.
Your data tables will be transferred to your Laboratory Report.
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The Effect of Hypercapnia on Pulmonary Ventilation 
Subject0.04% carbon dioxide
(normal air)2% carbon dioxide 4% carbon dioxide 6% carbon dioxide MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH 1 2 3 Average Minimum 4 characters, three numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Minimum 4 characters, three numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Minimum 4 characters, three numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Minimum 3 characters, two numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Equations (fx)
Use these formulas for making your calculations. Round your answer to the nearest tenth.
Averages
Add the values from the three subjects; divide by three.
Your data will not be saved until the table is completely filled in.
The Effect of Hypoxemia on Pulmonary Ventilation Subject20.9% oxygen
(normal air)19% oxygen 17% oxygen 15% oxygen MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH MV (L/min) pCO2 (mmHg) pO2 (mmHg) pH 1 2 3 Average Minimum 3 characters, two numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Minimum 4 characters, three numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Minimum 4 characters, three numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Minimum 3 characters, two numbers, one digital full stop. The Average value is valid, thank you. Sorry. Your value is wrong. Please try again. The valid Average value is correct, thank you.
Equations (fx)
Use these formulas for making your calculations. Round your answer to the nearest tenth.
Averages
Add the values from the three subjects; divide by three.
Your data will not be saved until the table is completely filled in.
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Effect of Inhaled Carbon Dioxide on Minute Ventilation
Effect of Inhaled Carbon Dioxide on Arterial pCO2
Effect of Inhaled Carbon Dioxide on Arterial pO2
Effect of Inhaled Carbon Dioxide on Arterial pH
Effect of Inhaled Oxygen on Minute Ventilation
Effect of Inhaled Oxygen on Arterial pCO2
Effect of Inhaled Oxygen on Arterial pO2
Effect of Inhaled Oxygen on Arterial pH