Red can reflect various colors depending on the lighting and surrounding environment. In certain contexts, it can appear to reflect shades of orange or pink when mixed with warm light. Additionally, red may also take on hues of purple or burgundy in dim lighting or against contrasting colors. Overall, the perception of red can shift based on the light and colors it interacts with.
A green object would look blaack in a red light because coloured objects absorb all colours except the colour they are, so a green object absorbs 6 colours (red, orange, yellow, blue, indigo, violet) and reflects 1 (green). In this situation, there is no green light to reflect and it can't reflect other colours, so it looks black. :)
These are the primary colours - from which other colours are made.
The sun is not "attracted" to dark colours. Dark colours simply absorb energy more efficiently than light colours. Light colours reflect the energy away, so they don't heat up the way that dark colours do. To say that dark colours "attract" the sun is simply an incorrect way of saying it.
It's "white light". When all colours of the rainbow are combined in their purest form (light), they create white light. All colours of the rainbow can be derived from the colours red, green and blue. These 3 colours are known as the RGB colour model (Red, Green, Blue). When these three colours are combined in their purest form, they also form white light
The prime colours of light are green, red and blue. Any other colour is a result of a mixture of these colours. The prime colours of light are different to the prime colours in art, so don't get confused!
Red objects reflect red light and absorb other colors of light. This means that when white light shines on a red object, the red wavelengths are reflected back to our eyes, making the object appear red.
Red and blue are primary colours therefore they do not contain any other colour. When a blue light is shone onto a red object, all the blue light is absorbed by the red object, and as no red light is being shone for the red object to reflect, no light will be reflected from it and it will appear to be black. It is important to remember that physical colours will only reflect it's light colour equivalent. All other colours are absorbed. So red will reflect red, green will reflect green, and red will absorb green and so on.
Blue and green are colors that absorb red light. This means that objects with a blue or green surface will appear to absorb red light and reflect the remaining visible wavelengths.
It will look red. White light is made up of a spectrum of many colours. The primary colours are red, green and blue. An object (in white light) appears yellow because it reflects red and green light but absorbs blue light. In red light, the same object will simply reflect the red light. Since there is no green light, the object will appear red. (A mixture of red and green gives yellow)
They will look red. This is because red boots only reflect red light. If white light was shining on them then they would still appear red because the red light would be reflected into your eyes and the other colours from the spectrum would be absorbed. However, if, for example blue light was shining on them, they would look dark/black because there is no red light to reflect.
A green object would look blaack in a red light because coloured objects absorb all colours except the colour they are, so a green object absorbs 6 colours (red, orange, yellow, blue, indigo, violet) and reflects 1 (green). In this situation, there is no green light to reflect and it can't reflect other colours, so it looks black. :)
Do you mean the primary colours? The primary colours of pigment are red, blue, and yellow. The primary colours of light are red, blue, and green.
reflect a rainbow of colours
They are rainbow colours bubbles but on a scale of 1 - 10 6 % most bubbles can be clear.
The primary colours are: Red, green and blue (RGB), any colours are made firstly by these colours and are called secondary colours: Red + Blue = Purple, Green + Red= yellow.
Colours appear the way they are because of light. Objects such as this bus reflect colours from light..thats why most things apear black in the dark because there is little or no light to reflect off of. Yellow objects reflect yellow while absorbing remaining colours
The colours of Google are Blue, Red, Yellow, Blue, Green, Red