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That's right.
The reaction is a chemical reaction, and the detergent dissolves the oil.
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Detergent is a surfactant, which simply encapsulates the oil stain so that it can be dissolved in water. So it's a physical reaction, and it's hard to say whether it's right or wrong.
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The process of decontamination is a rather complex process, the washing sewage is actually a comprehensive dispersion system of emulsion, suspension, foam and colloidal solution, and the decontamination process is a synthesis of multiple colloidal phenomena, therefore, strictly speaking, it is wrong.
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Wrong! This is emulsifying.
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It's wrong not to dissolve it's emulsification.
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It is not tight, it should be said that it can dissolve part of the oil.
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Yes, it has the effect of dissolving oil stains.
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It is the detergent that has the effect of removing stains.
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No, the fault is in dissolution, and the oil stain is not soluble.
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This statement is wrong. Detergent degreasing is an emulsification phenomenon in which the oil is evenly suspended in water in the form of fine oil beads to form an emulsion. It is not dissolved, dissolution is the formation of a solution.
This process should be a physical change.
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The organic macromolecules in the detergent are hydrophilic at one end and hydrophobic at the other, the hydrophobic group is inserted into the oil, and the hydrophilic group is in the water, and due to its force with water, the oil particles are pulled from the washed object into the water. It's a physical reaction.
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Yes, it has the effect of dissolving oil stains.
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No, it's emulsification.
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It's unclear.
I don't think I've heard of poison.
Kitchen grease remover detergent should enhance the detergent's degreasing function when heated. >>>More
Emulsifying.
Combine the grease with detergent or detergent to separate the grease from the dishes. >>>More
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Chemical changes.
The main ingredient of detergent, also known as (detergent), is surfactant, which is an organic compound containing two parts of hydrophilic group and lipophilic group in the molecular structure. Generally, according to whether surfactants can be decomposed into ions in aqueous solution, they are divided into two categories: ionic surfactants and non-ionic surfactants. Ionic surfactants can be divided into three types: cationic surfactants, anionic surfactants and zwitterionic surfactants. >>>More
If your clothes are partially soiled with grease, topical use is possible, but it is not recommended to use it as a laundry detergent.