Q6. Write the net ionic equations to show how the carbon dioxide/bicarbonate buffer neutralized both acid and base.

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**Q6:** Write the net ionic equations to show how the carbon dioxide/bicarbonate buffer neutralized both acid and base.

**Q7:** Did the carbonate buffer lose any gas while HCl was added? If so, what was that gas? (Show net ionic equation for gas release.)
Transcribed Image Text:**Q6:** Write the net ionic equations to show how the carbon dioxide/bicarbonate buffer neutralized both acid and base. **Q7:** Did the carbonate buffer lose any gas while HCl was added? If so, what was that gas? (Show net ionic equation for gas release.)
Expert Solution
Step 1: The carbon dioxide/bicarbonate buffer system

The carbon dioxide/bicarbonate buffer system is a fundamental component of our body's pH regulation and is widely used in chemistry to maintain a stable pH in various solutions. This buffer system plays a crucial role in neutralizing both acidic and basic substances, ensuring that the pH remains within a narrow and biologically or chemically suitable range. To understand how this system works, it's helpful to consider two scenarios: one involving the addition of an acid and the other involving the addition of a base.

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