Like dissolves like. Water and oil do not mix because water molecules are polar (i.e., having either a positive or negative charge) and oil molecules are non-polar.
Detergent molecules have a polar end and a non-polar end; think of a jellyfish with its head representing the polar side and its tails representing the non-polar end. In water, detergent molecules group themselves to form cage-like micelles, exposing the polar heads to water and shielding the non-polar tails.
Detergent's non-polar ends stick to oil, and the detergent's polar head is soluble in water. With sufficient amount of detergent, the detergent molecules trap the oil molecules in cage-like micelles that are soluble in water. Rinse off the detergent with trapped oil and wallah! No more oil and grease! :-)
Mixing detergent and oil is generally not recommended, as detergents are designed to emulsify and break down oils, which can lead to inconsistent results in cleaning or processing. If you're referring to mixing a detergent with a specific type of oil, such as cooking oil, it may not produce the desired effect and could create an undesirable mixture. Always refer to product guidelines for the best practices in mixing substances.
Dish detergent can help control some pests in houseplant soil by disrupting their waxy outer layer, but it may harm beneficial organisms in the soil. It's best to use targeted insecticidal soap or natural remedies like neem oil to effectively manage pests while protecting your plants and soil health.
Oil and water do not mix when detergent is added. What really happens is that (in the usual case) the detergent (which has "oil-like" and "water-like" parts to each molecule) causes the oil to disperse through the water in tiny droplets which have the detergent on the surface of the droplets, making them much more stable than tiny droplets of oil would be in water. The detergent is usually charged, which makes the droplets repel each other, preventing the tiny oil droplets from reuniting into larger droplets, which is what happens if you vigorously shake an oil water mixture, like salad dressing - that's why oil and vinegar salad dressing has to be used right after preparation. Oil, water, and detergent is still not a true mixture, since the oil and the water are not really "mixed" in the true sense of the word, but they appear mixed to the eye since the oil particles are too small to be seen with the naked eye. There is one more requirement for this apparent "mixing" after adding detergent: there has to be a LOT more water or a LOT more oil in the mixture. You can't make an apparent mixture of a 50:50 blend of oil and water by adding detergent, for example. This means that you can have tiny droplets of water surrounded by detergent in a large amount of oil as well as the more usual case outlined above. That is called a "reverse emulsion" while the more common case above is a "simple emulsion." It's also the reason why detergent is effective to clean clothes. It "emulsifies" the oils (which soiled clothes are contaminated with) allowing them to be flushed away. Zentrails
Shake vigorously (this is the techique used to mix a bottle of salad dressing, which does normally include both oil and water - water being the main component of vinegar). Doing this does not actually cause the oil and water to combine but breaks the oil up into tiny droplets and disburses them in the water. If you want to actually cause them to mix, you must add something like soap, to destroy the surface tension of the bubbles.
Liquid detergent consists of a hydrophilic sulphurous head and a hydrophobic hydrocarbon tail. When detergent is added to coconut oil and water, the head dissolves in water and the tail dissolves in the oil. When the water is agitated, the coconut oil begins to emulsify because the charges on the surface of the coconut oil are now the same, repelling each other, forming globules.
Dish detergent contains surfactant molecules that have both a hydrophobic (water-repellent) and hydrophilic (water-attracting) end. The hydrophobic end attaches to the oil molecules, while the hydrophilic end allows the oil to be surrounded by water. This process breaks down the oil into smaller droplets, making it easier to wash away.
i tink it is palmolive dishwashing detergent
ya ya
Yes it breaks it up
If you are cleaning the oil off of something then use done dish detergent. That's what people use to clean oil off of beards after an oil spill.
Detergent emulsifies it which means it breaks it up into smaller globules so it can be isolated and removed.
Dish washing detergent can help water and oil mix because it has surfactants that bind to both water and oil molecules, allowing them to mix together. This helps to lift grease and oil off dishes during the washing process.
You need to use a grease cutting dish detergent.
Use "Dawn" dish detergent on the spot and then wash as usual
The best cleaner would be ordinary liquid dish detergent, especially if it is designed for "grease cutting". But even if not, plain liquid dish detergents should be able to emulsify the fat of the olive oil, enabling its removal.
If the Dawn dish detergent is in it's diluted form then it would be safe to use. As for it's effectiveness, that would differ from person to person. Yes, it would dry out the acne and possible reduce the oil. However, it would also dry out your skin, so it would be wise to use a moisturizer as well.
It breaks up the oil and causes it to scatter more quickly, putting large quantities of detergent in to the can water can cause environmental and health problems