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A. A chemist mixes 0.450 mL of Al,(SO,), à 2,05x10ʻ mol/L with 0,805 mL of Na,PO, at 3.240x10² mol/L. Does a precipitate form? Show all your calculations B. Explain how your body regulates blood pH with the following buffer solution; H,CO, (9 + H,O m → HCO, (9)+ OH (ag) C. Explain how your body controls the concentration of carbonic acid in your blood, according to the following reaction: H¸CO, (ag) → CO:2) + H,O m

A. A chemist mixes 0.450 mL of Al,(SO,), à 2,05x10ʻ mol/L with 0,805 mL of Na,PO, at 3.240x10² mol/L. Does a precipitate form? Show all your calculations B. Explain how your body regulates blood pH with the following buffer solution; H,CO, (9 + H,O m → HCO, (9)+ OH (ag) C. Explain how your body controls the concentration of carbonic acid in your blood, according to the following reaction: H¸CO, (ag) → CO:2) + H,O m

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please answer a.b.c
A. A chemist mixes 0.450 mL of Al,(SO.), à 2,05x10“ mol/L with 0,805 mL of Na,PO, at 3.240x10² mol/L. Does a precipitate form? Show all your calculations B. Explain how your body regulates blood pH with the following buffer solution; H,CO; (ag) + H,O ) → HCO; (aq) + OH (ag) C.. Explain how your body controls the concentration of carbonic acid in your blood, according to the following reaction: H,CO; (a) + CO2@+H,0 (1)
Transcribed Image Text:A. A chemist mixes 0.450 mL of Al,(SO.), à 2,05x10“ mol/L with 0,805 mL of Na,PO, at 3.240x10² mol/L. Does a precipitate form? Show all your calculations B. Explain how your body regulates blood pH with the following buffer solution; H,CO; (ag) + H,O ) → HCO; (aq) + OH (ag) C.. Explain how your body controls the concentration of carbonic acid in your blood, according to the following reaction: H,CO; (a) + CO2@+H,0 (1)
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