it turns into napalm
As long as the light remains in the motor oil, nothing happens to its speed.
When water hits the surface of soap, it causes the soap molecules to attract both water and oil. This leads to the formation of bubbles as the soap molecules orient themselves at the water-oil interface, encapsulating oil and dirt to be washed away.
No, soap is not soluble in oil. Soap is hydrophilic, meaning it is soluble in water, but not in oils or other nonpolar substances.
Water and motor oil are immiscible because they have different polarities. Water is a polar molecule, while motor oil is nonpolar. This difference in polarity prevents water from dissolving motor oil.
Yes, soap and oil interact through a process called emulsification. Soap molecules have a hydrophilic (water-attracting) head and a hydrophobic (water-repelling) tail, allowing them to surround and trap oils and grease, making them soluble in water and easier to wash away.
Soap and water.
Soap helps break up oil. This happens because the soap particles surround the oil molecules and help them dissolve in water.
As long as the light remains in the motor oil, nothing happens to its speed.
when motor oil is heated it viscotity rises and becomes thicker
soap+glycerine
U will die....
If you add more olive oil and less coconut oil you will reduce the lather of the soap as well as soften the bar http://www.genuinesoaps.com
It can causes serious damage
Soap molecules contain both hydrophilic (water-attracting) and hydrophobic (oil-attracting) parts. When soap is applied to oily hands and rinsed with water, the hydrophobic part of the soap molecules attaches to the oil, while the hydrophilic part allows the oil molecules to mix with the water and be rinsed away, effectively removing the oil from the hands.
When water hits the surface of soap, it causes the soap molecules to attract both water and oil. This leads to the formation of bubbles as the soap molecules orient themselves at the water-oil interface, encapsulating oil and dirt to be washed away.
Water will dissolve anything that is polar but oil is nonpolar. It usually takes nonpolar liquids to dissolve a nonpolar substance. Soap molecules help with this because they have a polar head that interacts with water nicely and a nonpolar tail that interacts with things like oil. The end result is a drop of oil with a layer of soap floating around in the water.
What happens when your heart stops? The motor would seize, thus no more motor!