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Brown and white or yellow and brown.

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13y ago

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It is a primary color?

It's your mom's colour =D It's your mom's colour =D


Does vitamin D give your skin color?

How Vitamin D worksVitamin D is essential for optimum health and growth. Vitamin D is absolutely necessary for the growth and development of bones and teeth, since it is required for the proper absorption and utilization of calcium and phosphorus in the body--both also essential to the health of the skeleton. Without adequate levels of vitamin D in childhood, bone deformities can develop--a condition known as rickets. In adults, lack of adequate vitamin D can reduce bone density, leading to osteoporosis and an increased risk of bone fracture. What does Vitamin D do for diseases?It can reduce chances of heart diseaseVitamin D dramatically reduces chances of cancerIt is extremely helpful against osteoporosisIt is very good for the immune systemHelps fight depressionReduces acneHelps reduce chances of getting AlzheimersMay also help with weight lossCan help prevent pathological muscle weaknessIs able to combat type II diabetes and the metabolic syndromes(Vitamin D is also known as the sunshine vitamin. It is able to help and rejuvenate skin. However, "overdoses" of ultraviolet light is harmful to one's body.)MelaninWhat gives you your skin color is melanin, a substance or pigment found in the inner layer of the epidermis. It is produced by melanocytes and its function is to give the skin its color and to protect the underlying layers against damage of ultraviolet light. HeredityHowever, heredity and genes do play a part of your skin color. For example, when you are inheriting a gene (in this example skin color) you do get the codes from your parents' skin color, but remember that alleles can be able to produce chances (in percents) that are significantly different from your parents. Remember...Melanin is the pigment found under your epidermis that produces your skin color. The more melanin you produce, the darker your skin becomes.


What appearance in color does transition metal have?

Transition metals can have a variety of colors depending on their oxidation state and coordination environment. Some transition metals exhibit vibrant colors in aqueous solutions or solid compounds due to d-d electron transitions within their partially filled d orbitals. These colors are often a result of absorption of certain wavelengths of light and can range from pale blue to deep red.


How come if you mix red blue and yellow light you will get white light but when you mix red blue and yellow paint you get brown?

Red, yellow and blue paints are called subtractive primary colors, because they work by absorbing most of the light which strikes them except at their actual color. For example, if white light strikes blue paint, all of the colors except blue are largely absorbed while the blue component of the white light is reflected, giving the paint its perceived color. If we take paint which absorbs everything except blue and mix it with paints which absorb everything except red and yellow, all that will be left will be light which looks brown. Mixing light -- the additive primary colors -- works the opposite, with each of the primary colors filling in a portion of white light which is missing from the others. gafisher The first part of the question doesn't address substrative color mixing. If mixing yellow, red, and blue light produces white light, then red, yellow, blue mixing = red, blue, green mixing. Substrative brown? I think all senses of color is a function of the nature of consciousness, in that color vision frequencies affects consciousness, which creates the sense of color; not only color, but all the other qualia of the senses we have...sound, touch, taste, smell, etc. The qualia (experiences that cannot be explained by energy forms and its wavelengths alone) of our senses provide clues about the nature of consciousness. D. Sprague


What is the colour of chlorophyll c and d?

Chlorophyll c is typically greenish-blue in color, while chlorophyll d appears as a blue-green pigment. These colors allow these chlorophyll types to efficiently absorb light in specific regions of the electromagnetic spectrum for photosynthesis.