Yes, because the chemicals in the soap react with the heat in a chemical raction. When the heat attracts to the soap the soap will inflate and become bubbles.
When soap is mixed with octane the non-polar ends of the soap molecules are attracted with induced-dipole induced-dipole attractions to the non-polar octane molecules. The octane molecules repel the polar ends of the soap and the soap molecules form inverted soap bubbles that attract polar molecules like water.
To answer your question properly we need to define what type of soap you are referring to. I will answer assuming that you are referring to melt and pour soap.Melt & Pour Soap1. Heat - Stove top, microwave oven, placed in direct sunlight2. Water - Soap placed in a spot where there are excessive water will dissolve the soap bar into the water, once the water dries out of the soap it will become partially solid depending on the amount of moisture in the soap3. Alcohol - since alcohol is used in the soap making process and it is used to minimize bubbles after pouring into the mold it will have a "melting" effect on the soap, it could only be temporaryCold Process Soap1. Water - Soap bar placed in water will dissolve into the water, but may not return to a solid for a long time, it may remain mushy at best.
the turmeric solution changes into red in colour as turmeric solution is an indicator and reveals that soap solution is a base.
A microwave oven is designed to heat water, or substances which contain water. It does not work well for substances that do not contain water, and that includes soap. However, you could put the soap in water in a shaving mug, and the water could be made hot enough to melt the soap.
The electronic charge that each of the two functional groups posses are opposite and thus attracted to each other. This causes a neutral charge to occure and the lipophilic portion of the soap molecule takes over. Soap scum is basically a smear of fat with metal ions crusting it.
hydrophilic
Soap become a precipitate and can be separated.
Bar of soap
First you put the bits of soap into a microsafe container, then you heat it until it becomes runny. Pour it into a mold, and you have a block of soap!
mix lye, water, and fat in large pot. heat and stir. you will get soap.
Soap dissolves fats and helps them become soluble in water.
When soap is mixed with octane the non-polar ends of the soap molecules are attracted with induced-dipole induced-dipole attractions to the non-polar octane molecules. The octane molecules repel the polar ends of the soap and the soap molecules form inverted soap bubbles that attract polar molecules like water.
becoz soap has so many cemical and after facial, face is so much sensitive and by using soap our skin become damage and complexion is also become dark
Chinese chefs using high heat woks never wash them with soap.
It is 0.69-0.75 k.cal/kg. It varies with the moisture content and type of additives incorporated into the soap.
If it is in a solid form and you heat it to melting point.....yes
Salt is needed in soap making to harden it as it solidify's so that it does not become mushy