a molecule with polar and nonpolar end
The rain water washes away the dirt that is covering the fossil.
Both of the detergent molecules contain 2 ends, one end attracts water (the hydrophilic molecule) and the other end attracts grease (the hydrophobic molecule). These detergent molecules life the grease off the surface of the hair and suspend it in the water, this action is called the emulsion. Dirt is held by grease so when the grease is lifted the dirt becomes loosened and can be rinsed away with water. This leaves the hair clean and shiny. Therefore it is very important to use a good shampoo that contains a good wetting agent making the hair more manageable and shiny when dry.
Soap molecules have both hydrophobic and hydrophilic ends, allowing them to surround and lift dirt particles from surfaces. When the surface is rinsed with water, the dirt particles are carried away by the water, leaving the surface clean.
Fatty acid salts act as soap to remove grease because of their nonpolar tail and their polar head. This structure allows otherwise insoluble particles in water to become soluble and then washed away.
Degreasers or dish soap are commonly used to help water wash away greasy dirt. These substances break down the grease, allowing it to be rinsed away easily with water. Additionally, hot water can help to melt and flush away greasy dirt.
non polar ends
a molecule with polar and nonpolar end
a molecule with polar and nonpolar end
Soap has polar parts and non-polar parts, and so does greasy dirt. The polar part of the soap bonds with the non-polar part of the dirt, and lifts it away.
No. Dirt and natural oils makes it greasy
Dish soap or detergent can help break down grease and oil, making it easier for water to wash them away. Adding vinegar can also help dissolve grease and enhance the cleaning power of water.
Most laundry dirt is oily or greasy. Detergents can mix with both oil and water, so when the wash water goes down the drain, the soap and dirt go with it. Detergent molecules are designed with a polar head of the molecule and a non-polar tail. The detergent molecule thus "ties together" the water and the grease. Soap performs the same function.
Most laundry dirt is oily or greasy. Detergents can mix with both oil and water, so when the wash water goes down the drain, the soap and dirt go with it. Detergent molecules are designed with a polar head of the molecule and a non-polar tail. The detergent molecule thus "ties together" the water and the grease. Soap performs the same function.
Bathtubs get dirty and greasy. The dirt and oils that leave your body remain in the water and later cling to the sides and bottom of the tub.
spray and wash or shout detergent.
Removed the gold from the dirt. The gold is heavier than dirt, so water is poured over the shovel of dirt and the water washes away the dirt leaving gold flakes.