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red blood cells that make antibodies
chlorophyll that carries oxygen in the blood
DNA that control starch digestion in the blood
pH of the blood have to be balanced always. Otherwise it will cause disorders in metabolic activities. Enzymes in our body are working at their optimum pH, if the blood pH is imbalanced, it will affect the functions of enzymes.
pH is the measure of H+ ion concentration in a solution. It measures how much acidic or basic the solution is. A pH of 7 implies the solution is neutral and pH greater than 7 is alkaline or basic and less than 7 is acidic solutions.
Mathematically pH is the negative logarithm of H+ ion concentration. Thus as the H+ concentration is higher higher will be the acidity of the solution.
Human blood have a normal pH of 7.35 - 7.45. This level of pH is maintained by the carbonate ions in blood. Any imbalance if occur in blood pH it will affect the metabolic activities.
Enzymes are bio-catalysts in our body and they are having an optimum pH and temperature to function. Therefore, an irregularity in pH of blood will affect the function of enzymes which clot blood. Thus option a is correct.
To find more about pH, refer the link below:
#SPJ2
Answer:
enzymes that clot blood
Explanation:
This is because enzymes are pH sensitive so sudden changes in pH levels make the enzymes non-functional. Therefore, here the enzymes that clot blood will fail if the pH of blood changes due to failure of regulation.
5.0 x 10-11M
2.0 x 10-12M
5.0 x 10-12 M
1.0 10-12 M
Answer: 5.0 x 10-12 M
Explanation:
It is well known that; pH + pOH = 14.
pOH = - log [ OH-]
= - log [ 2.0 x 10 ∧-3]
= 3 - log 2
= 3 - 0.301 = 2.7 approximately.
recall that, pH + pOH = 14, therefore; pH = 14 - 2.7 = 11.3
pH= - log [ H3O+]
11.3 = - log [H3O+], take the antilog of 11.3, gives us;
[H3O+] = antilog of - 11.3, which gives 5.0 x 10-12 M
B) Wind Energy
C) Hydroelectric Power
D) Solar Energy