CO3 ^2-
Antacids commonly contain ions such as calcium (Ca2+), magnesium (Mg2+), or aluminum (Al3+) to reduce acidity in the stomach. These ions bind to excess stomach acid, neutralizing it and reducing the overall acidity of the stomach.
H+ ion
The acidity or basicity are expressed by pH (the negative logarithm of the activity of hydronium ion).
H+
It disintegrates
pH represents the hydrogen ion conc. of a solution.pH is inversely proportional to the acidity,it means it tells abt the acidity of sol. as more the pH lesser will be acidity
Maybe. Drinking water much than necessary can cause a little acidity. 'Coz it's cmposition contain slight acidic proton ion H+
H+ ion
Removing the hydrogen ion H+ the acidity decrease.
The acidity or basicity are expressed by pH (the negative logarithm of the activity of hydronium ion).
H+
The acidity and the basicity are expressed by pH (the negative logarithm of the hydronium ion activity).
Antacid molecules dissociate in the stomach into some R+ group and an OH- group (hydroxide). The hydroxide reacts with an H3O+ ion (hydronium) to form two H2O molecules. The reduction in H3O+ concentration corresponds to increased pH (decreased acidity). 1) ROH -> R+ + OH- 2) OH- + H3O+ -> 2H2O pH = -ln([H3O+])/ln(10)
An antacid relieves an overly acidic stomach because antacids are
It disintegrates
pH represents the hydrogen ion conc. of a solution.pH is inversely proportional to the acidity,it means it tells abt the acidity of sol. as more the pH lesser will be acidity
A nitride contain the ion N3-, a sulphite contain the ion SO3-, a phosphate contain the ion (PO4)3-.
The word "reduce" with the suffix "-ion" is written as "reduction."