Neutralization helps with indigestion by reducing the acidity in the stomach. When an antacid, which is a base, reacts with excess stomach acid, which is an acid, it helps to balance the pH levels in the stomach, providing relief from symptoms like heartburn, bloating, and discomfort. This neutralization process can help to alleviate the discomfort associated with indigestion and promote digestive comfort.
The reaction between an acid and an alkali is called neutralization. In this reaction, an acid and a base react to form a salt and water.
Detergent gets hot when wet because the chemicals in the detergent react with water molecules, releasing energy in the form of heat. This reaction helps to break down dirt and grease on surfaces, making it easier to clean them.
No, changing the concentration of an acid does not affect the temperature at neutralisation. The temperature change during neutralisation is determined by the amount of heat released or absorbed during the reaction, which is dependent on the specific acid and base involved, not their concentrations.
yes it does occur in the roots as it takes nutrients from the soil.
it is a neutralisation reaction formed from an acid + base
because it helps us in our everyday life :D
neutralisation reaction: n=vm2 + charlotte
Basically neutralisation meansi t is a reaction between an acid and a baseto give neutral product i.e. neither acidic or basic is called neutralisation reaction. There are manny applications of neutralisation reactions. they are: In human beings agriculture soap industry textile industry food industry
Yes it can
water and salt
Sherbert is made using neutralisation reaction because it makes the sherbet soft and mushy.
you create a neutral solution -------------------------------------------------------------------------------------------- Well it depends actually it doesn't always create a neutral solution. Here's the order: Strong Alkali + Strong Acid = Neutralisation (water + salt) Strong Alkali + Weak Acid = Weak Alkali Weak Alkali + Weak Acid = Neutralisation ( water + salt) Weak Alkali + Strong Acid = Weak Acid Strong Alkali + Strong Acid = Neutralisation (water + salt) Hope it helps! :)
it is important because it is important
acid + base --> water + salt
During a neutralisation reaction, the indicator changes color to indicate the pH change. For example, litmus paper turns red in an acidic solution, blue in a basic solution, and purple in a neutral solution. This color change helps to visually confirm when the reaction has reached equilibrium.
neutralisation
it sum sort of poo