Yes it is true. That's what doctors call sometimes respiratory alkalosis (when the pH of the blood goes higher up than...). What happens its very simple and cool. As you hyperventilate you win a lot of oxygen molecules but you also loose a lot of carbon dioxide molecules (in the physiological exchange of CO2 for O2 between the alveoli and the pulmonary capillaries). This decrease in CO2 in the blood decreases the amount of CO2 molecules dissociating into HCO3- and H+ when it interacts with the water molecules. This explains the decrease in H+ molecules and the increasing of the PH
Hydrogen ion concentration increases.
the pH scale. as the pH of the solution decreases (below 7), the concentration of H+ ions increases. as the pH of the solution increases (above 7), the concentration of H+ ions decreases. (if the pH is 7, the solution is neutral).
You guys are too smart.
The acidic character increases with decrease in pH because the pH and acidity are both dependent on the hydrogen ion concentration, with pH being the negative log of the hydrogen concentration. So, at the concentration of H+ increases, the negative log of the H+ concentration decreases.
If pH increases, then the solution is less protonated. The pH of a solution is defined as -log[H+], so when the concentration of hydrogen ions increases, the pH decreases.
The Hydrogen ion concentration decreases. Remember that these two ion concentrations are inversely proportional, in formula: [H+].[OH-]= 1.0*10-14 or pH + pOH = 14.
true
pH tells us the hydrogen ion (H+) ion concentration. The lower the number - the greater the number of hydrogen ions. Adding hydrogen ions decreases pH (and increases acidity) removing them (eg by adding hydroxide OH-) increases pH.
Acids increase the hydrogen ion concentration in a solution.
An acid for example.
An acid increase the hydrogen ion concentration in a solution.
These compounds are acids.