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pH = -log10([H3O+]).
Because if its pH is too high then it'll probably harm your hands when you wash them!
They are logarithmic. A change of one unit is order of magnitude in difference; that is 10 times as much.
Hemoglobin
Blood itself is not the buffer. Hemoglobin is, controlling the pH because it binds to oxygen, carbon dioxide, and most importantly hydrogen ions. If hydrogen ions were produced without hemoglobin, the pH would rise very quickly and the human body would fail.
As pH increases so does viscosity
yes
pH = -log10([H3O+]).
your mum had sex with them all thats the relationship
Yes the pH levels are different
Ph is more acidic.
Yes. This an example of the Bohr effect. If pH is lower than normal (normal is 7.4), then hemoglobin does not bind oxygen as well. The higher the pH, the lower the H ion concentration, the lower the carbon dioxide level, and the GREATER affinity hemoglobin has for oxygen. The binding of oxygen to hemoglobin in the lungs is not affected by changing the pH.
Hemoglobin oxyhemoglobin is one of the main sources of extracellular fluids for the pH of body fluids. It helps with the protein of the body. It is needed for pH levels.
Ph and temperature
Because if its pH is too high then it'll probably harm your hands when you wash them!
Blood pH is normally 7.35-7.45. With excess CO2 in the circulatory system, cabonic acid becomes present, which in turn decreases pH of blood. Thus, to return blood pH to a normal level, ventilation is increased to increase oxygen saturation and decrease CO2 saturation, which will then reduce the amount of carbonic acid, which will normalize blood pH.
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