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The light absorption is dependent on the measurement of the red, blue, green and yellow light ( which is the independent variable ).
Blue is hot yellow is not
Reflection is when a wave of light bounces away from the material, depending on the material it may maintain its strength. However absorbtion is when the beam of light hits a material and does not bounce back. To explain why light does not bounce back (becomes absorbed) you will need to know about the colour spectrum. A wave of white light contains, Red, Orange, Yellow, Green, Blue, Indigo and Violet. Certain coloured materials will absorb and reflect certain colours of the colour spectum. So say we aim our wave of light at a black filter. Black will absorb every colour in the colour spectum, thus not allowing for any reflection.
bcoz
yes dark colors absorb more heat that's why we where dark jakets in winters which kepps us warm and in summers we where white shirts in school etc. which helps to reflect most of the heat. i think you have under stand your helper ish dude
It is yellow in colour. It's a safety feature, as yellow is bright and highly visible.
The light absorption is dependent on the measurement of the red, blue, green and yellow light ( which is the independent variable ).
Reflection is when a wave of light bounces away from the material, depending on the material it may maintain its strength. However absorbtion is when the beam of light hits a material and does not bounce back. To explain why light does not bounce back (becomes absorbed) you will need to know about the colour spectrum. A wave of white light contains, Red, Orange, Yellow, Green, Blue, Indigo and Violet. Certain coloured materials will absorb and reflect certain colours of the colour spectum. So say we aim our wave of light at a black filter. Black will absorb every colour in the colour spectum, thus not allowing for any reflection.
Blue is hot yellow is not
Reflection is when a wave of light bounces away from the material, depending on the material it may maintain its strength. However absorbtion is when the beam of light hits a material and does not bounce back. To explain why light does not bounce back (becomes absorbed) you will need to know about the colour spectrum. A wave of white light contains, Red, Orange, Yellow, Green, Blue, Indigo and Violet. Certain coloured materials will absorb and reflect certain colours of the colour spectum. So say we aim our wave of light at a black filter. Black will absorb every colour in the colour spectum, thus not allowing for any reflection.
the sun is yellow
The maximum output of the sun is in the yellow which is also within the absorption range of chlorophyll. It is this emission/capture intersection that is of the most importance to the plant as that is where the maximum available energy is to be had. All other absorption/reflection aspects of the chemical are of lesser importance and are just what they are. It would be nice if the photochemical of plants was pure black and absorbed all wavelengths but the plant kingdom never evolved such a mixture.
Yellow.
really school buses are orange and yellow
It's not just yellow, it's actually black and yellow.
If your school colors are yellow, your shirt is most likely yellow because of that. If your school colors are not yellow, then it is possible that it was just a random color that was selected, or there were other reasons.
School Bus Chrome National School Bus Yellow either one