The standard is 5000K--industry-standard daylight. Some people run 6500K, which is a bluer daylight.
Optimum temperature, light, minerals, CO2 and moisture etc.
A colour temperature table is available at the below link:
Optimum temperature Water Food O2 Energy (light or food ) Space to live .
Rheostat. Dimming by rheostat changes the colour temperature of the light
Plants make their own food through photosynthesis. Plants need an optimum temperature (23-25 c), carbon dioxide and optimum light intensity (about 40%) to begin the process of photosynthesis.
This is often done by lighting engineers and photographers. The colour temperature of a light source gives an accurate indication of the colour produced by that light source. The colour temperature is measured with a colour temperature meter; essentially speciallized light meters. A photographer can use a colour temperature meter to calculate the colour correcting filterage required to produce correct looking images. If the photographer doesn't have a meter, then digital cameras can automatically adjust the image to give an overall neutral image (this is the automatic white balance setting). Or, if you know the source (for example, if you're using tunsgten lighting), then you can use an appropriate filter.
maybe light blue, near white..like fire on the stove,more light, more heat..
Nitrobenzene is a pale yellow to light brown liquid at room temperature.
The pleasant blue colour of ice is due to ordinary light absorption - much of the spectrum has been absorbed, except the blue part. In a snow cave, used by climbers, the necessary vent hole is often admired for its blue colour. The colour has nothing to do with its temperature.
Color temperature measures the color appearance of a light source, indicating whether the light appears warmer (yellowish) or cooler (bluish). It is measured in Kelvin (K), with lower values representing warmer light and higher values indicating cooler light.
The optimum wavelength is the wavelength by which the most light is absorbed by a substance. It can be found by finding the highest absorbance obtained when testing the substance's absorbance at various wavelengths. The wavelength that results in the greatest light absorbance is your optimum wavelength.
You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.