Mechanism of shampoo .......................?
Anonymous:
is this also there with soaps ?
Answers
Answered by
1
Shampoo contains detergent, much like you would find in dishwashing or laundry detergent or bath gel. Detergents work as surfactants. They lower the surface tension of water, making it less likely to stick to itself and able to bind with oils and soiling particles. Part of a detergent molecule is hydrophobic. This hydrocarbon portion of the molecule binds to the sebum coating hair, as well as to any oily styling products. Detergent molecules also have a hydrophilic portion, so when you rinse your hair, the detergent is swept away by the water, carrying sebum away with it.
Plz Mark It As Brainliest answer if you like it and follow me also....
Answered by
2
Heya!!!
☺☺
Here is the process how shampoo works...
Shampoo contains detergent, much like you would find in dishwashing or laundry detergent or bath gel.
Detergents work as surfactants.
They lower the surface tension of water, making it less likely to stick to itself and able to bind with oils and soiling particles.
Part of a detergent molecule is hydrophobic.
This hydrocarbon portion of the molecule binds to the sebum coating hair, as well as to any oily styling products.
Detergent molecules also have a hydrophilic portion, so when you rinse your hair, the detergent is swept away by the water, carrying sebum away with it.
Thanks..
❤❤
☺☺
Here is the process how shampoo works...
Shampoo contains detergent, much like you would find in dishwashing or laundry detergent or bath gel.
Detergents work as surfactants.
They lower the surface tension of water, making it less likely to stick to itself and able to bind with oils and soiling particles.
Part of a detergent molecule is hydrophobic.
This hydrocarbon portion of the molecule binds to the sebum coating hair, as well as to any oily styling products.
Detergent molecules also have a hydrophilic portion, so when you rinse your hair, the detergent is swept away by the water, carrying sebum away with it.
Thanks..
❤❤
Similar questions