Using a solution of sodium hydroxide to neutralize excess acid in the stomach can be dangerous because it is a strong base that can cause severe chemical burns in the stomach lining. It can also lead to a rapid increase in pH, potentially disrupting the delicate balance of acidity required for normal digestion. It is safer to use antacids or other stomach acid-reducing medications for this purpose.
Using a solution of sodium hydroxide to neutralize excess stomach acid can lead to a high increase in pH, potentially causing irritation or damage to the stomach lining. The sudden increase in pH can disrupt the natural acidity levels in the stomach, affecting digestion and potentially causing further health issues. It is better to use antacids or other medications specifically designed to neutralize stomach acid in a safer and more controlled manner.
Antacids are chemicals that neutralize stomach acid by raising the pH level in the stomach. Common examples of antacids include calcium carbonate, magnesium hydroxide, and aluminum hydroxide. These substances work by reacting with the excess acid in the stomach to form a neutral compound, thus helping to alleviate symptoms of acid reflux and indigestion.
Yes, antacid solutions are bases. They work by neutralizing excess stomach acid to provide relief from heartburn and indigestion. Common ingredients in antacids like magnesium hydroxide and aluminum hydroxide are alkaline and help to increase the pH in the stomach.
OH- ions are present in excess in alkaline solution
Excess sodium hydroxide is added to ensure that all the acid in the solution is fully neutralized. This helps to guarantee that the reaction goes to completion and that the pH of the solution is sufficiently raised.
Using a solution of sodium hydroxide to neutralize excess stomach acid can lead to a high increase in pH, potentially causing irritation or damage to the stomach lining. The sudden increase in pH can disrupt the natural acidity levels in the stomach, affecting digestion and potentially causing further health issues. It is better to use antacids or other medications specifically designed to neutralize stomach acid in a safer and more controlled manner.
indigestion tablets neutralise excess stomach acid
Antacids are chemicals that neutralize stomach acid by raising the pH level in the stomach. Common examples of antacids include calcium carbonate, magnesium hydroxide, and aluminum hydroxide. These substances work by reacting with the excess acid in the stomach to form a neutral compound, thus helping to alleviate symptoms of acid reflux and indigestion.
Yes, antacid solutions are bases. They work by neutralizing excess stomach acid to provide relief from heartburn and indigestion. Common ingredients in antacids like magnesium hydroxide and aluminum hydroxide are alkaline and help to increase the pH in the stomach.
OH- ions are present in excess in alkaline solution
caustic soda
Antacids are a base called magnesium hydroxide. They help to neutralize stomach acids and balance out the stomachs Ph.
Antacids help relieve acidity in the stomach by neutralizing excess stomach acid. They contain ingredients like calcium carbonate or magnesium hydroxide that react with the acid to form salts and water, reducing the pH in the stomach. This can alleviate symptoms like heartburn and indigestion.
Most medications include antacids, which are weak bases (e.g. calcium carbonate, aluminum hydroxide, magnesium hydroxide) to neutralize excess stomach acid.
Excess sodium hydroxide is added to ensure that all the acid in the solution is fully neutralized. This helps to guarantee that the reaction goes to completion and that the pH of the solution is sufficiently raised.
Antacid solutions are basic in nature. They work by neutralizing excess stomach acid to relieve symptoms of indigestion, heartburn, and acid reflux. Common ingredients in antacids, such as magnesium hydroxide and aluminum hydroxide, help raise the pH level in the stomach.
Because the calcium carbonate in the antacids help neutralise the excess acid in the stomach which is causing the discomfort.