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eye colour, hair colour, language spoken, skin colour and others
The colour of aluminum bromide is white.
It Makes the Colour Orange
colour is defined by the reflection of light off a surface. So glass can be said to have no colour as light does not reflect off of it
The colour is not changed.
green and black , as your looking at it its the furthest left.
Our eyes are our sense organ for detecting light. Their colour range is somewhat limited, being about one half of an octave. When we say we 'see something', or 'are looking at something', in reality we are merely receiving light from that object. We use separate sensors for brightness, and for colour. For colour we have three different colour sensors, which overlap in their bandwidth. Thus we perceive a broad range of colour. In dim light, our colour sensors are not active. Your eyes are an extension of your brain (whose whole surface is light sensitive), and each eye sends part of its output to both hemispheres of the brain. Many herbivores and carnivores have little use for colour, and waste no brain power on it. Some insects and butterflies can see a much wider range of colours that humans do.
Not quite sure of your parsing, but solar cells on the roof seem to convert some light into electricity.
Photographs can be taken using film or sensors that can detect ultraviolet light. These photos can be printed as 'false colour' images with ultraviolet colours converted to colours that we can see
In your eyes are two groups of light detecting sensors at the Retina. Cones detect colour and rods detect light. The Cones are further divided into sensors for three different colours, (red, blue, and green) but their colour sensitivities overlap, so we see our full colour spectrum.The Rods are much more sensitive than the cones, but only detect the presence of light. That is why generally you cannot determine colours at night.
initially robot have sensors..using proximity sensor it senses metal plate ,then colour sencors senses colour of wire....using automatic cutter which operates by dc motor...tis s all operated by mic programming:)
answ2. Cones. Assuming you mean the optical colour sensors, these come in three colour sensitivities, (just known as Short, Medium, and Long) and these give us colour vision. You have about 5 million cone cells in each eye, and about 90 million rod cells.The rod cells see only light, not colour, but are about 100 times more sensitive than the cones. This is why at night, you have inferior colour vision.Your cone cells are grouped in the centre of your vision, the fovea, and you'll easily be able to see things at night, "out of the side of your eye" by looking slightly away from your subject of interest. In fact, you may even see a 'hazy region' in the middle of the field of view where there appears to be no definition. This is because the (inactive) cone cells dominate in this region.Most animals have no colour vision, for it is of no advantage to them. Birds, bees and butterflies have excellent colour vision (Up to five colour sensors) for their ability to distinguish fruit ripeness is vital to them.
You can't. By attaching new pipes to the diamond pipe you will see new connections appear with different colours on them. You don't need to change the colour, just enter the GUI and change where the item is routed to instead.
no, cameras work by using its thousands of light sensors to detect light and its colour in a split second, and then change the information taken to eletrical signals. no light, no electric signals, no picture
They are normally used for security markers or ultraviolet warning sensors. They can easily be mixed with base paint and used indoors for your own personal use.
We see colour with sensors in retina of the eye called rods and cones. The rods are sensitive to low light and the cones which require a greater intensity of light, are sensitive to colour. Each cone contains one of the 3 pigments sensitive to either RED BLUE or GREEN. The message is passed to the optic nerve and then onto the brain.
You have more than five sense organs.Balance, which includes acceleration and attitude;Taste which has about six discriminants;Vision, which has two major discriminants (brightness, colour);Hearing (frequency and loudness);Touch (sharp and blunt sensors, a wisp touch sensor, and pain);Olfactory ( several discriminants).Vibration can be detected as well.Heat and Cold may be the only non-contact touch sensors we have.