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    Minimum Photosynthesis Occurs In Which Wavelength Of The Visible Spectrum


    Photosynthesis is the process by which plants convert light energy into chemical energy, which they can then use to fuel their growth and metabolism. In other words, photosynthesis is what makes plants possible. Most of us don’t think about it much, but photosynthesis is actually an incredibly complex process. In order to understand it better, we need to look at the light that photosynthesizing plants use to do their job.

    What Wavelength of the Visible Spectrum Contains Minimum Photosynthesis?

    The visible spectrum contains many colors that are important for human sight. Some colors are necessary for photosynthesis, the process by which plants produce food from sunlight.

    One wavelength of the visible spectrum, called red, has minimum photosynthesis. This means that plants get the most energy from this color and stop growing when exposed to too much red light.


    Photosynthesis occurs in the visible spectrum and is the process by which plants convert light energy into chemical energy to produce glucose from carbon dioxide and water. It is important to note that photosynthesis cannot occur when light falls into the red or infrared portions of the spectrum. Minimum photosynthesis occurs at around 680 nanometers (nm) wavelength, while maximum photosynthesis occurs at around 800 nm.


    In conclusion, the minimum photosynthesis occurs in which wavelength of the visible spectrum. The peak absorbance at 555 nm corresponds to the highest intensity of CO2 absorption by plants in the visible light range. Plants use this energy to produce organic molecules from carbon dioxide and water.

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