When and antacid tablet is placed in water the tablet will foam and fizz. As the bubbles rise to the surface it creates gas (CO2). When the chemical reaction is complete it is then what you call a new product.
Indigestion is caused by your stomach acid rising up your gullet, causing pain. This pain can be relieved by taking antacid tablets which neutralies the acid in your stomach. In the end you are pain free. Hope this helped!
An antacid is a base. Gastric acid (what is inside your stomach causing the pain) is an acid. When a base is added to an acid, the acid becomes less acidic. How? pH is found more inside bases than in acids. If you have heartburn, your stomach acid has a lower pH level than usual. If you take a base (the antacid), which has a high concentration of pH, the acid will absorb the base (when in a soluble state) and the pH level will raise, and the acid will become weaker.
It will foam and fizz because of the chemicals inside the tablet
If the question is 'Does an antacid tablet fizz in water?', then the answer is yes. The chemical reaction between the tablet and the water produces carbon dioxide which is seen as bubbles.
antacid tablet is allergic to the water.. thats why when it is put in the water they react which form carbon dioxide.. BUBBLESSSSSS
first it fizzes and then in makes bubbles you count how mush time it takes to it to dissolve
it is neutalized
Physical
Chemical
It is a chemical change. Depending on the antacid, the active ingredient in the tablet (which is a base) will react with the hydrochloric acid to produce water, a salt, and sometimes carbon dioxide.
The reaction between antacid tablets and hydrochloric acid is classed as an acid-base reaction, and is also called a neutralisation reaction. The base or alkali in the reaction is in the antacid tablet. These reactions produce a salt (not necessarily table salt NaCl) and water.
No. An antacid tablet dropped in water produces carbon dioxide.
Alka-seltzer is a white tablet that is used for when your stomch is upset.
The Law of Mass Conservation is related to a closed system; but also in this case the initial mass of the antacid tablet is equal to the sum of masses of the products obtained after the reaction.
It is a chemical change. Depending on the antacid, the active ingredient in the tablet (which is a base) will react with the hydrochloric acid to produce water, a salt, and sometimes carbon dioxide.
The reaction between antacid tablets and hydrochloric acid is classed as an acid-base reaction, and is also called a neutralisation reaction. The base or alkali in the reaction is in the antacid tablet. These reactions produce a salt (not necessarily table salt NaCl) and water.
The colder the tablet the longer it will take for it to dissolve.
No. An antacid tablet dropped in water produces carbon dioxide.
ACID
If the water is evaporated the obtained mass of the tablet is the same.
Chemical.
Alka-seltzer is a white tablet that is used for when your stomch is upset.
The Law of Mass Conservation is related to a closed system; but also in this case the initial mass of the antacid tablet is equal to the sum of masses of the products obtained after the reaction.
The tablet is denser than water, however it floats! this is because it fizzes and the bubble stick to the tablet making a unit of gas and tablet that is less dense than water.
The reaction is that the two become neutral water. An H+ (hydrogen atom) bounces off the HCl (hydrochloric acid atom) and attaches itself to the OH- (solid)* in the solid most likely NaOH (solid)*. When H+ is combined with OH- you get H20, or simply water, neutral boring, odorless, $1 a bottle, water.
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