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What else can I help you with?
What nanoparticles are in Mascaras?
they are in the because it help the nano-particles stick to the face e.g. mascara. it has a chemical reaction with the other chemicals in the mascara. but they can all so be harmful to the skin.
What is mascara in English?
IT puts volume and depth into your lashes
Is hair mascara the same as make up mascara?
No, Make Up Mascara Is Usually Used to Darken Lashes; Whereas Hair Mascara Is Usually Used by People That Want to Hide Gray Hair or Used by People Who Want to Highlight Their Hair.
How is nanochemistry used in sunscreens?
Makes the particles smaller so they dont appear white an can sink into the skin faster
Why do womens use mascara?
Mascara is used to darken, lengthen and thicken the lashes to open up the eyes.
How was math used to make mascara?
Mascara is a mix of chemicals, and so math is used in measuring the formulas and recording changes in the formula. Math also had to be used to measure results when testing the formulas.
What is clear mascara?
Mascara that is called clear mascara
How do you use clear mascara?
Clear mascara can be used just like regular mascara. But it doesn't run black streaks down your cheeks and washes out easily. It's also good for shaping your eyebrows.
What is the best makeup product with good mascara ?
You do not use mascara for your skin. It's used for your eyelashes. You can purchase mascara in any store that sells your favorite makeup. Good luck, I hope I answered your question.
How do you spell mascara?
That is the correct spelling of the word "mascara" (eyelash makeup).
What is nanochemistry?
Nanochemistry is the use of chemical synthesis to make nanoscopic-scale building blocks of desired shape, size, composition and surface structure, charge and function with an optional target to control self-assembly of these building blocks at various scale-lengths.
What are the disadvantages of nanochemistry?
Nanochemistry, while offering significant advancements in various fields, has several disadvantages. One major concern is the potential toxicity of nanoparticles, which may pose health and environmental risks due to their small size and high reactivity. Additionally, the complexity of synthesizing and characterizing nanomaterials can lead to inconsistencies in quality and performance. Finally, the cost of research and development in nanochemistry can be high, limiting accessibility for smaller institutions and companies.
