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
No, you cannot boil water with dish soap. Dish soap is not a heating element and does not generate heat to boil water.
Stirring hot soap with a metal spoon for a long time can cause the metal spoon to heat up and potentially burn you. Additionally, the metal spoon can react with the soap ingredients, leading to contamination of the soap. It is safer to use a heat-resistant utensil, such as a silicone or wooden spoon, when working with hot soap.
A bar of soap expands in the microwave due to the heat causing the water molecules within the soap to rapidly turn into steam and expand. This creates pressure within the soap, leading to its expansion.
If the heating of water inside a bar of Ivory soap can cause a chemical reaction, then the results will be in the expansion of the soap?
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.
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!
If it is in a solid form and you heat it to melting point.....yes
mix lye, water, and fat in large pot. heat and stir. you will get soap.
No, you cannot boil water with dish soap. Dish soap is not a heating element and does not generate heat to boil water.
Chinese chefs using high heat woks never wash them with soap.
Stirring hot soap with a metal spoon for a long time can cause the metal spoon to heat up and potentially burn you. Additionally, the metal spoon can react with the soap ingredients, leading to contamination of the soap. It is safer to use a heat-resistant utensil, such as a silicone or wooden spoon, when working with hot soap.
Specific heat has nothing to do with specific volume.
A bar of soap expands in the microwave due to the heat causing the water molecules within the soap to rapidly turn into steam and expand. This creates pressure within the soap, leading to its expansion.
Specific heat of sinter
First some NaOH is added to saturated or unsaturated vegetable oils. We heat and stir them together slowly and a thick viscous whitish solution is formed which contains soap. It is then treated with common salt to cause precipitation .The soap floats over the salt solution . It is then scooped out and washed with water to remove excess NaOH and salt. At the end fillers are added to bring in certain properties for specific uses of the soap.
specific heat capacity