Traditional soap making involves the hydrolysis of various natural fats, which are usually the triglyceride esters of straight chain organic monoacids, with a strong aqueous base such as sodium or potassium hydroxide to produce the alkali metal salt of the alkali metal atom used, this salt being the effective soap, and glycerin by-product. The natural fats are usually not pure compounds, but a typical example is (C15H31COO)3CH2CHCH2 + 3 KOH (aq) = 3 K(C15H31COO)3 (aq) + CH2OHCHOHCH2OH.
A chemical change. Soap scum is usually found in 'hard' water areas, where there is a lot of calcium cations (Ca^(2+)). On dissolution of soap in water , the oily anion of soap combines with calcium cation , to form calcium sterate (The Scum).
The balanced chemical equation for the formation of rubidium hydroxide from rubidium oxide is: 2 Rb2O + 2 H2O → 4 RbOH
The chemical formula (not equation) of sodium hydrogen sulfite is NaHSO3.
Soap is typically basic, not acidic. It is made through a chemical reaction between a fat and a strong base, such as lye. This reaction results in the formation of soap molecules, which tend to be more alkaline.
The balanced chemical equation for the formation of Fe2O3 from Fe and O is: 4Fe + 3O2 -> 2Fe2O3
A chemical change. Soap scum is usually found in 'hard' water areas, where there is a lot of calcium cations (Ca^(2+)). On dissolution of soap in water , the oily anion of soap combines with calcium cation , to form calcium sterate (The Scum).
The chemical equation for soap formation in the presence of NaCl involves the saponification reaction of a fat or oil (triglyceride) with a strong base (such as sodium hydroxide - NaOH) to form soap (a fatty acid salt) and glycerol. The equation can be generalized as: Fat + NaOH → Soap + Glycerol. The presence of NaCl (sodium chloride) does not typically participate in the reaction but may affect the process by influencing the solubility and separation of the soap product.
The general formula for soap is: Fatty acid (from oils or fats) + alkali (such as lye) -> soap + glycerin. This is known as the saponification reaction. The specific chemical equation will depend on the type of fatty acid and alkali used in the soap-making process.
The balanced chemical equation for the formation of rubidium hydroxide from rubidium oxide is: 2 Rb2O + 2 H2O → 4 RbOH
The chemical formula (not equation) of sodium hydrogen sulfite is NaHSO3.
No, the formation of soap scum is not a chemical change. Soap scum appears as the result of a physical change. Some of the soap and whatever has become incorporated into the soap and water dry. After the water is gone, the things left are from the soap and whatever mixed with the soap when it was "working" at cleaning.
The chemical formula for Carbon monoxide is CO and the equation that would result in its formation would be 2C + O2 = 2CO.
The formation of benzoquinone involves the oxidation of hydroquinone. The balanced chemical equation for this reaction is: C6H6O2 (hydroquinone) + O2 → C6H4O2 (benzoquinone) + H2O.
Soap is typically basic, not acidic. It is made through a chemical reaction between a fat and a strong base, such as lye. This reaction results in the formation of soap molecules, which tend to be more alkaline.
The formation of an insoluble deposit when tap water and soap are mixed is a physical change, not a chemical change. In this case, the molecules of the soap and tap water are simply rearranging themselves to form the deposit, without any new substances being formed.
The balanced chemical equation for the formation of Fe2O3 from Fe and O is: 4Fe + 3O2 -> 2Fe2O3
The chemical formula of strontium oxalate monohydrate is SrC2O4·H2O. The chemical equation for its formation involves the reaction of strontium nitrate with oxalic acid in the presence of water.