i think dove because i tested it and did make a lot of subs
Glycerin-based soaps are typically the most slippery due to their moisturizing properties and ability to create a slick lather when combined with water.
lather is when -water- and -soap, or shampoo mix together to create suds and so suds are the type of form where they look like bubbles . Plus I am a 10 year old and tomorrow is going to be my birthday!
Foam soap is a type of hand soap that is dispensed as a foam rather than a liquid. It is created by mixing liquid soap with air, creating a lighter and more airy texture. Foam soap can be more economical to use than liquid soap as it covers the hands more evenly and requires less water to rinse off.
2+ ions from hard water destroy the surfactant properties of the soap by forming a solid white precipitate (soap scum). A major component of that scum is calcium stearate, which arises from sodium stearate, the main component of soap.
Milled soap is typically denser and longer-lasting than regular soap because it has been processed to remove excess water and air. This can result in a richer lather and a smoother texture when compared to some regular soaps. Ultimately, the choice between milled and regular soap comes down to personal preference and skin type.
Water is a universal solvent and there are two types of water i.e hard water and soft water. Soft water is the water that easily lather with soap while hard water does not lather with soap and is also of two type i.e temporary and permanent.
Glycerin-based soaps are typically the most slippery due to their moisturizing properties and ability to create a slick lather when combined with water.
lather is when -water- and -soap, or shampoo mix together to create suds and so suds are the type of form where they look like bubbles . Plus I am a 10 year old and tomorrow is going to be my birthday!
Soap lather is an example of a foam colloid. In this type of colloid, gas bubbles are dispersed in a liquid, typically water, which is stabilized by soap molecules. The soap reduces the surface tension of the water, allowing air to be trapped and form a stable foam. This property makes soap lather effective for cleaning, as it can lift and trap dirt and oils.
Water is a universal solvent and there are two types of water i.e hard water and soft water. Soft water is the water that easily lather with soap.
The effect of sodium carbonate on soap can differ depending on the type of water used. Hard water could cause the soap to bubble more, while fresh water could cause the soap to not bubble at all.
Foam soap is a type of hand soap that is dispensed as a foam rather than a liquid. It is created by mixing liquid soap with air, creating a lighter and more airy texture. Foam soap can be more economical to use than liquid soap as it covers the hands more evenly and requires less water to rinse off.
2+ ions from hard water destroy the surfactant properties of the soap by forming a solid white precipitate (soap scum). A major component of that scum is calcium stearate, which arises from sodium stearate, the main component of soap.
Milled soap is typically denser and longer-lasting than regular soap because it has been processed to remove excess water and air. This can result in a richer lather and a smoother texture when compared to some regular soaps. Ultimately, the choice between milled and regular soap comes down to personal preference and skin type.
this all depends on the type of soap. most kinds are not harmful at all, but just in case read the ingrediants. if something harmful was included in the soap, rinse your mouth out with water and call poison control if isn't helped
it always depends on how much soap so I cant answer that question...sry
Soap molecules are composed of long nonpolar "tails" with polar, negatively charged "heads" that arrange in a micelle formation: nonpolar interior, with a polar exterior shell surrounded by polar water. The polar exterior of soap micelles is negatively charged, and these negative charges repel one micelle from another, preventing coagulation. Soap is more effective in freshwater because higher salt ion concentration in seawater disrupts the ability of water to interact with the polar shells of micelles (fewer micelles can form in seawater because of the high concentration of salt ions in solution). Answer for Ott's Chem 102