c and d H adjusted to a basic level between 8.0-9.0 to allegedly reduce blood pH and provide various healthLA recent consumer fad to emerge is the consumption of 'alkaline water', bottled water that has had itsa. Recall that pH + pOH = 14.00 and that pOH = – log [OH]]. What is the [OH] of 1.0 L ofenefits.alkaline water of pH = 9.00? Show your work.V= 1.0LPon = -lo9[oH]PH= 9,00POH= 14-9 = 5log [OH)=) 5 = -logCOH]=> LOH ]=10-On:b. For our human subject in #3 above what is the [OHLin 5000, mL of blood at pi 140:Showyour work.V= 5 000mLPH = 7.40POH .0ニo4-]- 2.いi ax1o-7=7 6.10=-10g CoH]c. Pretending that there are no blood buffers present, what do you expect to happen to tne bloddpH of someone who drinks a 1-L bottle of alkaline water (assuming that all base reaches thebloodstream)? Will the pH go up or down?d. Using your answers from 4a and 4b above, what would the [OH] be in our subject's bloodafter consuming 1 L of alkaline water? For simplicity, we’ll assume the blood volume of 5000.mL did not change. Showyour work.e. From 4c above, calculate the pOH and pH in the subject's blood.

pH is the measure of acidity or basicity of a solution .If the pH of a solution is greater than 7 ,…

c. Pretending that there are no blood buffers present, what do you expect to happen to the blood pH of someone who drinks a 1-L bottle of alkaline water (assuming that all base reaches the bloodstream)? Will the pH go up or down? d. Using your answers from 4a and 4b above, what would the [OH'] be in our subject's blood after consuming 1 L of alkaline water? For simplicity, we'll assume the blood volume of 5000. mL did not change. Show your work.