no
The reaction of an antacid with stomach acid is a chemical change. The antacid neutralizes the acid, forming a salt and water, which is a new substance different from the original reactants.
No. Antacids neutralize the hydrochloric acid in the stomach. It is a chemical change.
Stomach
your stomach has a coating of mucus on the inside to protect it from the acid. ulcers occur when the mucus is not produced fast enough and the acid begins burning the stomach wall
No, it is a chemical change.
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.
stomach acid is and acid
stomach acid is and acid
Its a chemical change. its like an acid reacting with a base to form salt and water.
stomach acid is already in your stomach...
Pepto-bismol (trade name for active antacid drug containing 2-hydroxy-2H,4H-benzo[d]1,3-dioxa-2-bismacyclohexan-4-one ) reacting with stomach acid (hydrochloric acid) is a chemical change, as all nutralising reactions are.
The normal temperature of the stomach is 98.6 degrees - with some slight variation in the morning, at night and according to our own personal physiology. After consuming something cold - like a bowl of ice cream the temperature would be lower until the substance is warmed by stomach contents (stomach acid). When the stomach is very full, the temperature of the stomach will rise according to the amount of energy produced to facilitate digestion.