Question

The chloroplasts of flowering land plants typically contain at least two photosynthetic pigments, chlorophyll a and chlorophyll b, that differ in the wavelengths of light they absorb. The synthesis of chlorophyll pigments from precursor molecules is a process that involves many sequential enzyme-catalyzed steps. Researchers studied the growth and photosynthetic ability of a plant that contained a mutant form of one of the enzymes required for chlorophyll biosynthesis.(a) Describe the effect on chlorophyll-containing photosystems when the chlorophyll molecules absorb photons of light.

Answer 1

Answer:

The vitality from the sunlight stimulates electron from its pounded energy state to an enthusiastic energy level. This higher level energy of electron will have many destinies. For many composites that engage lightweight, the electron merely returns to the bottom state and therefore the captivated energy is born-again into heat. Conversely, if an appropriate electron acceptor is close, the enthusiastic electron will change from the primary particle to the acceptor. This method leads to the development of an electric charge on the primary particle and an electric charge on the acceptor. Therefore, cited as photo encouraged responsibility separation. The location wherever the separation modification happens is termed the response center.