The pH increase with the help of an antacid.
It would take more drops of antacid to neutralize a substance with a pH of 13 compared to a substance with a pH of 11. This is because a substance with a pH of 13 is more basic and therefore requires more acidity to neutralize it.
The pH of stomach acid typically ranges from 1.5 to 3.5. After taking an antacid, which is a base that neutralizes stomach acid, the pH of the stomach acid is expected to increase, becoming less acidic and moving closer to a neutral pH of 7.
The universe as a whole does not have a specific colour. However, in a science experiment, when an antacid solution is added to a universal indicator, it may change colour based on the pH level of the solution. This change in colour signifies the acidity or alkalinity of the solution.
One life process that could be affected by a pH change is enzyme activity. Enzymes function within a specific pH range, so a change in pH could alter the shape of the enzyme's active site, affecting its ability to catalyze a reaction efficiently.
An antacid solution used to neutralize excess stomach acid would have a higher pH than stomach acid, typically closer to 7 or slightly above to effectively neutralize the acid. This means that the antacid solution would be less acidic and more basic compared to stomach acid.
The antacid is neutralized, but not as neutralized as it would be if it was in one's stomach. The stomach acid neutralizes the antacid more than the water, because the stomach acid has a lower pH and therefore causes a more vigorous acid-base reaction. It is a chemical change.
Yellow?
Usually about 7, because antacid tablets neutralize your stomach and the pH of 7 is neutral. Hope this helps:)
Antacids work by neutralizing stomach acid, which can change the pH level of the stomach. If an antacid is added to a solution containing a pH indicator, it can affect the color change of the indicator by altering the acidity or basicity of the solution.
The pH of ASDA antacid can vary depending on the specific formulation, but typically antacids have a pH around 8-10. This alkaline pH helps to neutralize stomach acid and provide relief from heartburn and indigestion.
When you put an antacid tablet into vinegar, a chemical reaction occurs between the bicarbonate compounds in the antacid and the acetic acid in the vinegar. This reaction produces carbon dioxide gas, which creates bubbles and fizzing as the gas escapes. The reaction results in a neutralization process, reducing the acidity of the vinegar. Overall, you observe effervescence and a change in the solution's pH.
Antacid tablets dissolve into the stomach fluid and lower the PH but keeping it an acid. They are turned into more of a liquid than the solid they were prior. Under a microscope the antacid tablet is still in a solid for but it is reduced or diluted by the stomach fluid. A little mare about antacid tablets. Antacid tablets do just what the name suggests. Antacid neutralizes a low PH fluid in your stomach. Neutral PH is 7 on the PH scale. PH of 1 would be hydrochloric acid and others in that PH range. PH of 12 would be something like sudsy water soapy water. If the PH of the stomach fluid gets acidic the PH will drop to a lower number that is considered acidic. You can reduce the acid in your stomach by introducing another acid like vinegar or calcium or salt.
Antacid medication is alkaline, which is also called base. It makes the stomach acid slightly less acidic so that the stomach acid has a pH between 3 and 4.
It depends on theantacid. What type are you using?
It has a pH of about 6, which makes it an acid. It is meant to dilute stomach acid, but not neutralize it.
It would take more drops of antacid to neutralize a substance with a pH of 13 compared to a substance with a pH of 11. This is because a substance with a pH of 13 is more basic and therefore requires more acidity to neutralize it.
Antacids are bases. Bases have a pH higher than 7...So, no.