green
The lack of change in color of a conical flask containing leaves and potassium hydroxide is likely due to the chlorophyll in the leaves not being exposed to light. Without light, the chlorophyll cannot undergo the process of photosynthesis or react with the potassium hydroxide to produce color changes.
Often , a color is evidence of a chemical change . Year round , leaves contain yellow , red , and orange pigments that are masked , or hidden , by large amounts of green chlorophyll . In autumn , changes in temperature and rainfall amounts cause trees to stop producing chlorophyll . When chlorophyll production stops , the masked pigments become visible
Chlorophyll.
Chlorophyll absorbs light most strongly in the blue and red but poorly in the green portions of the electromagnetic spectrum, hence the green color of chlorophyll-containing tissues like plant leaves
Chlorophyll
chlorophyll
chlorophyll- and their green because that is the wavelength of light that the pigment reflects the most
The greenish color of the plant cell comes from the chlorophyll
Chlorophyll is green, and it gives leaves the same color.
chlorophyll is a green pigment that imparts green color to the leaves..
Chloroplasts in the leaves contain Chlorophyll which is used by plants to produce food and Oxygen through Photosynthesis Edited answer: When sunlight (or any short of light for that reason) falls on the leaves containing chlorophyll, it reflects the green spectrum of light. Therefore, all chlorophyll containing plants (being producers) are green in color.
formed a hypothesis