Compred to yellow light, orange light has?
368313
Ans. C.\n\nThey are having different frequencies.\n\nThey move with same velocity.\n\nThey have same type of polarization.\n\nOrange has a longer wavelength than yellow.
1081701
I don't think there is any that are yellow at all.\n\n\n\nstrizzaight hun ... he's looking for a yellow one.
829536
The sun actually glows white-hot, so we can't look at it with the naked eye. When we do manage to get a glimpse, it appears yellowish. When it's rising or setting, it may appear orange or reddish, because of the bending of light rays.
1004133
Technically, there is no such thing as pure white light.  White light is a mixture of multiple spectrums of light.  As an example, find a dark room with a regular light bulb and a florescent.  Try turning each one on one at a time and notice the color difference.  The yellow is because there is a yellow tinge to the surface of the sun.  There is a table of information on the website below\nhttp://en.wikipedia.org/wiki/Stellar_classification
331513
its red orange it looks like red bc red is darker then orange therefore red overtakes orange, but yeah its red orange
335985
Hi there,\n\nTemperature vs colour goes red, orange, yellow, green, blue, violet. It is simply the spectrum of light (think rainbow) because that is what it is based on.\n\nSo red light is actually the coolest, and as you go up the temperature scale, you run through the spectrum to violet.\n\nWhite light is a combination of ALL the different colours of light, so something which glows white hot is just releasing all different levels of energy, so it appears white. So in actual fact, blue (or more accurately violet) is hotter, because if something is blue hot, then it is releasing ALL really high levels of energy, but you rarely get anything which is completely blue hot - there is almost always some sort of mixture, and usually, the object glows white tinged with blue (which just means that the object is releasing all different levels of energy, but predominantly or mostly blue!)\n\nJust for your interest, the way this works is, when you heat something up, you are exposing it to invisible energy called "infra red" which is just heat. So when you touch something and it feels hot, you are simply sensing infra red energy!\nThis energy is "weaker" than light (so light is actually more energetic than heat), but if you let an object get hot enough, it stops being able to release the heat as just infra red and starts to release it as visible light. The hotter the object gets, the further along the spectrum is the light emitted.\nActually, if the object absorbs enough energy it will start to release Ultra Violet (UV) and X-Rays!
439947
u might have something in your car drawing extar power which is making them dim, or the lens that covers the headlights might be yellowed from the sun.
689330
This sounds like synesthesia. Most of the times I've heard of this it ties colors to letters. A is red, q is yellow, that sort of thing, but I think the term applies to any mixing of the senses.\n\nAs neurological conditions go, this one sounds kind of fun. Enjoy!
644276
It looks orange.\nMore to the point it looks like the inside of a lemon, only orange.
829014
The water refracts visible lightwaves into its varying freqencies.\n\nRed, Orange, Yellow, Green, Blue, Indigo, and Violet.  It forms the acrostic, ROYGBIV.
203681
We don't know that your subjective experience of the color green is the same thing as my subjective experience, anymore than we can know if your experience of the taste salty is the same as mine.  What we can know is that, if we were to show pictures of the same object to a number of people, and asked them to identify its color, there would  be a great deal of agreement in the answers.  But it would not be 100%, because one person might consider a color between red and orange to be red, another would call it orange.  It's interesting to me, as someone who is red-green colorblind, to see people, usually ones with normal color vision, insist that there are rigid definitions of colors.  Like, they will insist that the colors of the rainbow are, precisely, red-orange-yellow-green-blue-indigo-violet. (Roy-G-Biv, the physical science teachers call it.)\nIn fact, the potential frequencies of visible light, in other words the colors of the light, vary continuously from just above infrared to just below ultraviolet; there is no hard and fast definition of "yellow". And different cultures divide up that spectrum differently.\n\nGetting back to your question, I suppose scientists could do experiments with the chemical receptors that detect color in light.  People with normal color vision have three different kind of receptors, which are sensitive to three different colors of light.  (I only have two kinds of color receptors.)  It is the levels of excitation of each type of receptor that determines what color is being perceived.  That is why we can model any given color by mixing together just three colors, as in a TV set.  Scientist could probably determine if chemically these receptors were the same in various individuals; for all I know that research may have already been done.
421471
In pigments (like paint) yellow and blue make green.\n\nIn lights, if you mix red and green lights, you get yellow light. If you add in blue light, you get white light, so for lights, yellow and blue make white.
474185
these are the street lights that have an orange light,an electric current is passed through a sodium bulb causing it to heat up and glow,= light
542166
White light is not split up by different particles in the air (the exception are water droplets in a rainbow, the blue sky and the orange and red of sunsets and sunrises). Objects outside the atmosphere reflect back their colors, without white light being broken up by air. The moon is yellow, Mars is red and look at all the colors of Jupiter. \n\n\nWhite light is made up (already contains) the different colors of the visible light spectrum: Red Orange Yellow Green Blue Indigo Violet. (Roy Green bit Iris Vaughn is a mmemonic to remember the colors) \n\nWhat distinguished the different colors in the spectrum is their wavelength. When white light hits an object like grass or wood only the color you see the object as, is reflected, the other colors are absorbed.
800693
UV lights appear violet. This is because the light generated is not pure UV, but rather is spread around the UV part of the spectrum. Some of it is UV (and invisible) and some of it is at the very edge of the visible range (violet) which is the part you see.\n\nFor devices that require aiming this is useful so that you can see where the light is going instead of having to guess.
75356
Light from the Sun is reflected off of the Earth  onto the Moon. Some of this light is then reflected off of the Moon back towards the Earth.  Because of this we see part of the Moon illuminated by the Sun and the rest of the Moon dimly illuminated by this doubly reflected light (which we call earthshine). Each time light reflects off a surface (like a planet), it gets dimmer because some of the light is absorbed by the reflecting surface. This means that earthshine is dimmer than moonlight because earthshine is sunlight that has been reflected twice and moonlight is sunlight that has been reflected only once (off the surface of the moon). In addition, the reflectivity of the moon (its "albedo") is less than that of the Earth, which makes earthshine even dimmer. \n\nHave you ever wondered why the moon is more orange or yellow in color when it first rises at night? This effect is caused by the atmosphere of the earth. The reason for the orange color is due to the scattering of light by the atmosphere. When the moon is near the horizon, the moonlight must pass through much more atmosphere than when the moon is directly overhead. By the time the moonlight reaches your eyes, the blue, green, and purple pieces of visible light have been scattered away by air molecules. That's why you only see yellow, orange, or red.
737939
Yes. It produces a bright yellow precipate:\nAgNO3 (aq) + KI (aq) → KNO3 (aq) + AgI (ppt)