Yellow?
Antacids are bases. Bases have a pH higher than 7...So, no.
The pH increase with the help of an antacid.
Antacid mixed with cabbage can result in a variety of colors due to the pH indicator properties of cabbage. Red cabbage contains anthocyanins, which change color depending on the acidity or alkalinity of the solution. When mixed with an antacid, which is alkaline, the color may shift to green or blue. The exact shade can vary based on the specific antacid used and its concentration.
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.
Copper sulfate appears blue in color on the pH scale.
Lava soap typically has a pH value of around 9-10, which falls on the alkaline side of the pH scale.
Rennies are antacid tablets that help neutralize excess stomach acid. They typically contain ingredients like calcium carbonate, which can help increase the pH of the stomach and provide relief from symptoms associated with heartburn and indigestion.
As an antacid is added to hydrochloric acid (HCl), the pH of the solution initially increases due to the neutralization reaction between the acid and the basic components of the antacid. Over time, as more antacid is introduced, the pH continues to rise until it stabilizes at a higher value, depending on the amount and strength of the antacid used. If the antacid is sufficient to neutralize all the HCl, the pH will approach neutral (around 7). However, if excess antacid is added, the pH may rise above 7, indicating a basic solution.
A pH of 10 indicates a basic (or alkaline) solution. On the pH scale, which ranges from 0 to 14, a pH of 10 is typically associated with a light blue color in pH indicator solutions. This color can vary depending on the specific indicator used, but it generally reflects a basic environment.
After studying the color of litmus at different pH.
Toothpaste typically falls within the neutral range on the pH scale, around 7. The color of toothpaste does not directly correlate with its pH level, as pH is a measure of acidity or basicity, not color.
A red color on the pH scale typically indicates a highly acidic solution with a pH below 4. Factors such as litmus paper or pH indicators can help determine the color change corresponding to different pH levels.