well, it is blue, so i guess it will look blue in white light. right?
A blue object under white light will appear as blue because it reflects blue light wavelengths and absorbs other colors. The white light contains all the colors of the visible spectrum, but the blue wavelengths are the ones reflected by the object, giving it its blue color.
A white card may appear blue in white light due to the phenomenon of color balance or white balance in lighting conditions. Different light sources emit light at varying color temperatures, which can affect how we perceive colors. In this case, the white light may have a cooler color temperature, causing the white card to appear more blue.
A blue t-shirt appears blue in white light because it absorbs most colors of light in the visible spectrum and reflects back predominantly blue wavelengths. This means that the blue wavelengths are not absorbed by the dye in the fabric but instead are reflected off the fabric and into our eyes, making us perceive the t-shirt as blue.
A blue object appears blue because it reflects blue light wavelengths and absorbs other wavelengths of light. When white light, which contains all colors of the spectrum, shines on the object, the blue wavelengths are reflected while all other colors are absorbed, resulting in the perception of blue color.
White light is made up of three colours; red, green and blue. If the shirt appears blue, then the shirt has absorbed any other colours (green and red) and reflected the blue, making the shirt appear blue. I hope this has helped :)
because its blue. derrr
A blue object under white light will appear as blue because it reflects blue light wavelengths and absorbs other colors. The white light contains all the colors of the visible spectrum, but the blue wavelengths are the ones reflected by the object, giving it its blue color.
The object has absorbed light in the whole visible spectrum. For example, an object appearing blue in the white light has absorbed red, orange, yellow, green, indigo, and violet; but the blue light is reflected to your eyes. ==========================================
The Argentinian flag is light blue then white then light blue going vertically with a sun in the middle on the white bit. Sorry I couldn't get a picture.
A white card may appear blue in white light due to the phenomenon of color balance or white balance in lighting conditions. Different light sources emit light at varying color temperatures, which can affect how we perceive colors. In this case, the white light may have a cooler color temperature, causing the white card to appear more blue.
That certain object has a pigment of every color except for blue.
The color of the bag will be gray and white!
"Blue and Red are some good outfit colors and combinations in wizard 101."Those are good colors but i would pick something that pops out and doesnt look like a police light when combined. You want to be unique, so pick something flashy or that pops out. Here are some of my color combinations.base: trimswhite: black, red, pink(girl), purple, blue(light), whiteblue(light): blue(dark), red, yellow, black, whiteblue(dark): black, blue(light),pink(girl): white, purple(light)black: white, blue(light & dark), yellow, red, purple(light)purple(light): white, blue(light), yellow,green(light): blue(light),yellow: black, blue(light),gold: redThanks for listening. Hope this helps. My name is Hannah Dreamflower :D
he is black and has something white by his blue eye and has weird shaped arms
A blue t-shirt appears blue in white light because it absorbs most colors of light in the visible spectrum and reflects back predominantly blue wavelengths. This means that the blue wavelengths are not absorbed by the dye in the fabric but instead are reflected off the fabric and into our eyes, making us perceive the t-shirt as blue.
A steady blue flame with no white or yellow flickering.
A blue object appears blue because it reflects blue light wavelengths and absorbs other wavelengths of light. When white light, which contains all colors of the spectrum, shines on the object, the blue wavelengths are reflected while all other colors are absorbed, resulting in the perception of blue color.