1. Liquid soap - prepared wih KOH is not turned in solid soap - prepared with NaOH.
2. Melted soap become solid at room temperature.
3. A soap solution in water can be boiled to eliminate the water.
liquid soap is more expensive...plus bar soap lasts longer...
liquid soap is better because who wants to use someone old nasty bar soap with all of that sick sweat for other people not me
A bar of soap isn't in liquid form, so shouldn't be a problem.
Soap that comes in a dispenser, rather than in bar form.
liquid not solid or gas
it is solid
liquid soap was first patented in 1865 by William Shepphard
Soap that comes in a dispenser, rather than in bar form.
Bar soap is generally less effective than liquid detergent for laundry. Liquid detergent is designed to dissolve and clean clothes more efficiently, while bar soap may leave residue and not fully dissolve in the wash.
Soap is partially comprised of fatty acids; long molecules derived from plant or animal fat. The liquid soaps use shorter, fats, which tend to be more liquid than solid (compare olive oil, for example, to palm oil). The above does not answer the question... The answer is that soft soaps tend to dissolve more readily into water, due to the ions of the soap being able to stabilise and disperse into the water. Hard soaps tends to have ions that make dissolution into water difficult. In other terms, soft soap dissolves easily, where as hard soaps do not. To add to this - soaps made with KOH (caustic potash) give more soluble soap molecules than those made of NaOH. Therefore KOH soaps are soft and are used for liquid soap production and NaOH soaps are hard.
liquid soap. by using bar soap u spread germs from one persons body to yours...its also unclean to share foo foo's for the same reason..... so even though you may think that its fine to by bar soap because its soap and it will be clean think again and by liquid soap!
- Liquid soap (a soap prepared with potassium hydroxide) cannot be turned in solid soap. It is prepared especially to be liquid.- Melted soap (prepared with sodium hydroxide) can be solidified after adding a small quantity of sodium chloride and by cooling to room temperature.