Mixing soap and hand sanitizer can create a soapy, gel-like substance that may not be as effective for cleaning hands. It is recommended to use either soap and water for handwashing or hand sanitizer with at least 60% alcohol for sanitizing hands, but not to mix them together.
Grease and oil are nonpolar substances, while water is a polar substance. Nonpolar substances do not mix with polar substances due to their different molecular structures. This causes grease and oil to be insoluble in water.
Grease on clothing will not come out with cold water because grease is a type of oil that solidifies and sticks to fabric fibers. Cold water is not hot enough to melt the grease and break it up from the fabric, making it difficult to remove. Using hot water, along with detergent or a grease-fighting stain remover, can help dissolve the grease and lift it from the fabric.
Before mixing you have, of course, separately sugar, water and drink mix.
Grease is hard to wash off with water alone because it is nonpolar and water is polar. Water molecules are not attracted to nonpolar grease molecules, so they do not mix well. This tells us that grease is held together by strong dispersion forces or van der Waals forces, which are interactions between nonpolar molecules.
No, surf does not dissolve in water. Surf is a detergent that is designed to mix with water and create a soapy solution that helps to clean clothes by removing dirt and grease. It does not dissolve in water like a soluble substance would.
Water alone is not effective in breaking down grease because water and oil do not mix. Grease is non-polar, meaning it repels water. Therefore, using just water to clean grease stains on clothing will not effectively remove the grease molecules from the fabric.
Water is not effective in cleaning up grease spills because grease is nonpolar and does not mix with water. Water molecules are polar and cannot break down the nonpolar grease molecules. This causes the grease to float on top of the water, making it difficult to remove.
When you mix shampoo with water, the shampoo breaks down into smaller particles and dissolves in the water. This helps to create a soapy solution that can be easily spread through the hair to cleanse it. The water also helps to activate the cleaning agents in the shampoo, making it more effective in removing dirt, oil, and other impurities from the hair.
Surfactants are compounds that help grease and oil mix with water by reducing the surface tension between the two substances. This allows for more effective rinsing and cleaning as the surfactants surround the grease/oil particles and enable them to be carried away by water.
You get sweet water.
Mixing soap and hand sanitizer can create a soapy, gel-like substance that may not be as effective for cleaning hands. It is recommended to use either soap and water for handwashing or hand sanitizer with at least 60% alcohol for sanitizing hands, but not to mix them together.
water is charged positively on the oxgen end, and negativelyon the hydrogen end. Oil does not have a charge ( it's netrual), so the oil does not mix with the water. (EDIT by Dr.J.) - Close, but actually water is charged NEGATIVELY on the oxygen and POSITIVELY on the hydrogen. So, it is POLAR, and oil is not polar, so they don't "mix".
hahaha you do not no
You get a paste.
nothing
Grease and oil are nonpolar substances, while water is a polar substance. Nonpolar substances do not mix with polar substances due to their different molecular structures. This causes grease and oil to be insoluble in water.