96. Th pH of blood is steady at a value of approximately 7.4 as a result of the following equilibrium reactions: CO,(aq) + H,O() = H,CO,(aq) = HCo,(aq) + H*(aq) The actual buffer system in blood is made up of H;CO, and HCO5. One way the body keeps the pH of blood at 7.4 is by regulating breathing. Under what blood pH conditions will the body increase breathing and under what blood pH conditions will the body decrease breathing? Explain.

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Chapter1: Chemical Foundations
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Th pH of blood is steady at a value of approximately 7.4 as a
result of the following equilibrium reactions:
CO2(aq) 1 H2O(l) N H2CO3(aq) N HCO3
–(aq) 1 H1(aq)
The actual buffer system in blood is made up of H2CO3 and
HCO3
–. One way the body keeps the pH of blood at 7.4 is by
regulating breathing. Under what blood pH conditions will the
body increase breathing and under what blood pH conditions
will the body decrease breathing? Explain.

96. Th pH of blood is steady at a value of approximately 7.4 as a
result of the following equilibrium reactions:
CO,(aq) + H,O(1) = H,CO,(aq) =HCO, (aq) + H*(aq)
The actual buffer system in blood is made up of H;CO, and
HCO,. One way the body keeps the pH of blood at 7.4 is by
regulating breathing. Under what blood pH conditions will the
body increase breathing and under what blood pH conditions
will the body decrease breathing? Explain.
Transcribed Image Text:96. Th pH of blood is steady at a value of approximately 7.4 as a result of the following equilibrium reactions: CO,(aq) + H,O(1) = H,CO,(aq) =HCO, (aq) + H*(aq) The actual buffer system in blood is made up of H;CO, and HCO,. One way the body keeps the pH of blood at 7.4 is by regulating breathing. Under what blood pH conditions will the body increase breathing and under what blood pH conditions will the body decrease breathing? Explain.
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