Carbonic Acid Buffers and the case of the child that drinks 1L of Cherry Coke® 23. Carbonic Acid is also found in blood
Posted: Tue May 17, 2022 8:08 am
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Calculate the new pH of the blood after drinking the Cherry Coke® Calculate the % pH change Acidosis occurs with the pH of the blood is less than 7.35. Acidosis is harmful and can even be life threatening. Is the drinking of the 1L of Coke® safe for this child? Comment
Name Carbonic Acid Buffers and the case of the child that drinks 11 of Cherry Coke 23. Carbonic Acid is also found in blood plasma. It is there because of respiration in the muscle tissue creates carbon dioxide that gets absorbed in the blood. HzC02/HCO, in the blood plasma makes a buffer. H2CO3(e) + H200 HCO3(aq) + H2O fou where pKs = 6.1 What is a buffer and what is its function? to determine the phora solution to calculate pH using the henderson hoseibaich equahon In a healthy human the carbonic acid and bicarbonate concentrations in the blood plasma are [H2CO3) = 0.0024M • [HCO3) = 0.048M Calculate the pH of blood if this buffer system is the only source of pH 6.1 +10g 0-048 = 6.1 +10g 2-0 6-0024 6.1 +130 103 PH =(7.4 Calculate the number of moles of H:co, in the blood of a child with 41 of blood 0.00 24x 4 -0.0096 mod Calculate the number of moles of HCOs in the blood of the child (assuming 4L of blood) (0.19 2 mol 0.048MX 4 LE 0.192 nol
This young child drinks a 11 bottle Cherry Coke® (pH €2.29), What is [H3O^) in the bottle for this pH? 2.29 3 10 M = E 122 10 E x % If the child drinks the entire 1L Cherry Coke How many moles of [H0) do they ingest? 5.12 x 10 x 1L = E-12x10 mol -3 3 Calculate the new pH of the blood after drinking the Cherry Coke Calculate the % pH change Acidosis occurs with the pH of the blood is less than 7.35. Acidosis is harmful and can even be life threatening. Is the drinking of the 1L of Coke® safe for this child? Comment