The Effect of Absorption Rate on Light and Dark Colored Leaves

The effect of absorption on bright leaves and dark leaves. The color of a particular leaf may affect leaf absorption rate. Experiments were conducted to determine the relationship between leaf absorbency and color. A group of students tested spinach, cabbage, and chloroplast solution and examined the relationship with absorbance. Analyzed from the graph, it was found that the dark leaves have a higher absorption rate than the bright leaves.

Does the color affect the reflection of heat? The color mainly affects absorption and reflection of light. The dark color absorbs a lot of light and converts it to heat. Therefore, dark colors tend to get hot when exposed to light. Bright color reflects most of the light and absorbs less, so absorbed light energy is hardly converted to heat. Black objects outside sunny days are hotter than white ones. Infrared energy is sometimes called heat, but black objects can reflect a large amount of infrared energy, so they do not absorb large amounts of heat. In the presence of another hot object (emitting infrared energy), the white object also absorbs a large amount of infrared energy and warms it more than a black object.

The effect of absorption on bright leaves and dark leaves. The color of a particular leaf may affect leaf absorption rate. Experiments were conducted to determine the relationship between leaf absorbency and color. A group of students tested spinach, cabbage, and chloroplast solution and examined the relationship with absorbance. - The autobiography of the former colored human being: The narrator is drawn as a limit character by the capability of the existing color. He knew the race from his youth and the ethnic group he belonged to, but he was familiar with "white" and "black" and was able to pass it at the same time. In a restricted story, the narrator expresses herself as an outsider. He is not suitable for any ethnic group because he is both "white" and "black" men.