Answer :
Final answer:
Hyperventilation during cardiac arrest can cause respiratory alkalosis due to low blood carbon dioxide levels and high blood pH. Therefore, it is important to provide the correct number of ventilations during cardiac arrest to maintain the balance of gases in the blood.
Explanation:
In patients who are in cardiac arrest, an excessive number of ventilations can cause hyperventilation. Hyperventilation is an increased ventilation rate that leads to abnormally low blood carbon dioxide levels and high blood pH. This occurs when a person breathes too rapidly or deeply, causing a disturbance in the balance of gases in the blood.
Hyperventilation during cardiac arrest can have negative effects on the body. It can cause a condition called respiratory alkalosis, which can further worsen the cardiac arrest. Respiratory alkalosis occurs when the blood becomes too alkaline due to decreased levels of carbon dioxide. Therefore, it is important to provide the correct number of ventilations during cardiac arrest to maintain the balance of gases in the blood.
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