Adding hot water to detergent can cause the detergent to become warm due to the heat transfer from the water. The heat from the hot water can raise the temperature of the detergent, making it feel warm or hot to the touch.
Cohesion of water molecules occurs through the formation of hydrogen bonds between molecules
since milk has water as a main component, water has surface tension as the forces adhesion( sticks to stuff like the side of the glass) are stronger that the cohesion (makes water keep to itself) forces
It is good for both hot and cold washes. I have used Foca for years and have been very pleased with it.
Between water molecules a big cohesion force exist; this is the cause of the high surface tension of water.
Surface tension, place a drop of detergent on the water and it breaks the meniscus allowing the water to flow away. Also the cohesion makes the water molecules stay together. It is not because of the ridge.
It is not so much the chemical but what it does. Detergents act as a surfactant or an additive that reduces waters cohesion or the ability of the water molecules to hang onto one another. As you add the detergent, the water without the detergent hangs on to itself and the pepper, causing the pepper to be drawn away from the detergent/surfactant.
Using detergent and water to clean oil is a physical change because it does not alter the chemical composition of the oil. The oil is simply being physically separated and removed from the surface it was on, but it remains the same substance chemically.
cohesion is water sticking to water
To remove detergent from grey water, you can allow it to sit and settle so that the detergent separates and floats on top. You can then skim off the detergent layer or use a filter to strain it out before reusing or disposing of the grey water. Additionally, using eco-friendly and biodegradable detergents can help minimize the impact of detergent in grey water.
In the experiment, spices (or any insoluble powder) is scattered on the surface of a pan of water. The particles all "migrate" to the edges of the pan when detergent is added to the water surface in the center of the pan. The insoluble particles "run away" from the detergent. This illustrates the effect of the detergent on the cohesive properties of the water - it has lowered the cohesion (changed the surface tension) in one area of the surface.
Cohesion is the action of water molecules sticking together
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The lack of suds in your Joy dish detergent could be due to using a harder water with high mineral content. Try using a different dish detergent or adding a little more detergent to see if it improves. Consider using a rinse aid to help with suds formation as well.
The best way to clean delicate fabrics using a mild detergent is to hand wash them in cold water. Gently agitate the fabric in the water with the mild detergent, then rinse thoroughly. Avoid wringing or twisting the fabric, instead gently press out excess water and lay flat to dry.
HE laundry detergent, or high-efficiency detergent, is designed to work better in high-efficiency washing machines. The benefits of using HE laundry detergent include better cleaning performance, less residue left on clothes, and more efficient use of water and energy.
Adding detergent to water does not make it more dilute or concentrated. Detergent dissolves in water, so it is considered a solution. The concentration of the detergent in the water depends on the amount of detergent added.