It would not grow well at all since yellow is not the wave length of light that plants use to photosynthesize.
A plant's growth under only yellow light would be limited because yellow light contains a narrow range of wavelengths that are not optimal for photosynthesis. Plants rely on a wider spectrum of light, including blue and red wavelengths, to drive photosynthesis effectively. Without these wavelengths, the plant's growth and development would be stunted.
Banana would appear as a darker shade of yellow under a yellow light due to the way light interacts with its surface texture. The yellow light would enhance the yellow tones of the banana, making it appear richer and more vibrant.
Plants require a full spectrum of light for optimal growth, including red and blue wavelengths. Yellow light is less effective for photosynthesis compared to red and blue light, so plants may not grow as well under predominantly yellow light. However, some plants can still survive and grow to some extent under yellow light, but they may exhibit elongation or other signs of stress due to the lack of optimal light spectrum.
Plants grow best under a combination of red and blue light, as these wavelengths are most efficiently absorbed by chlorophyll for photosynthesis. Blue light helps with vegetative growth, while red light promotes flowering and fruiting. Green light is reflected by plants and is not as effective for photosynthesis.
yes, yes it can
A plant's growth under only yellow light would be limited because yellow light contains a narrow range of wavelengths that are not optimal for photosynthesis. Plants rely on a wider spectrum of light, including blue and red wavelengths, to drive photosynthesis effectively. Without these wavelengths, the plant's growth and development would be stunted.
A yellow object under a yellow light will appear very bright and vibrant, as the object will reflect the light in a consistent color. This can potentially make it difficult to differentiate between the object and the surrounding light source.
Most plant life needs full spectrum lighting. In early stages of a flowering plant, it would need a blue and green spectrum (achieved with usually metal halide light) and then switched over to a red and orange spectrum (using high pressure sodium lighting). Growing a plant under pure yellow light will most likely make the plant grow quickly, but wiry - the stem will get really long and the top of the plant will most likely fall over eventually). It depends on the plant. Pure yellow light uses the red/orange spectrum and cacti do well in this type of lighting. Houseplants (which prefer blue/green spectrum) would most likely do poorly in "pure yellow light".
Most plant life needs full spectrum lighting. In early stages of a flowering plant, it would need a blue and green spectrum (achieved with usually metal halide light) and then switched over to a red and orange spectrum (using high pressure sodium lighting). Growing a plant under pure yellow light will most likely make the plant grow quickly, but wiry - the stem will get really long and the top of the plant will most likely fall over eventually). It depends on the plant. Pure yellow light uses the red/orange spectrum and cacti do well in this type of lighting. Houseplants (which prefer blue/green spectrum) would most likely do poorly in "pure yellow light".
Red lipstick looks unpleasent under yellow light because yellow light absorbs mist of the red color.
The yellow cloth would appear dark under cyan light, as cyan light absorbs yellow. It would appear brownish-gray under blue light, as blue light is the opposite of yellow on the color wheel and would cancel it out.
White will appear slightly warmer or more yellowish under yellow light due to the way our eyes perceive colors. This is because the yellow light will mix with the white surface, creating a subtle yellow tint.
Banana would appear as a darker shade of yellow under a yellow light due to the way light interacts with its surface texture. The yellow light would enhance the yellow tones of the banana, making it appear richer and more vibrant.
It will be green
At least in the USA, a red light does not turn yellow. It turns green. A green light turns yellow, and then the yellow light turns red. IN THAT ORDER.
A green object would appear dark or almost black under yellow light. This is because yellow light consists of wavelengths that are primarily in the yellow part of the spectrum, and it does not contain much green light. Therefore, the green object would not reflect much light back to our eyes, resulting in its dark appearance.
Under yellow light, opaque magenta will appear as a deep purple or burgundy color. The yellow light will mix with the magenta to create a darker and more subdued hue.