Web•chlorophyll / photosystem absorbs light •electron raised to higher energy level / photoactivated •splitting of water/photolysis replaces electron •passing of excited electrons between chlorophyll molecules in photosystems •electron passed from photosystem II to carriers (in thylakoid membrane) Webchlorophyll / photosystem absorbs light electron raised to higher energy level / photoactivated splitting of water/photolysis replaces electron passing of excited electrons between chlorophyll molecules in photosystems electron passed from photosystem II to carriers (in thylakoid membrane)
IMG 5185.jpg - Photolysis of Photolysis water generates
WebPhotoactivation of chlorophyll a results in the splitting of water molecules and the transfer of energy to ATP and reduced nicotinamide adenine dinucleotide phosphate (NADP). The chemical reactions involved include: • condensation reactions - responsible for water molecules splitting out, including Webwhat is the function of chlorophyll during photosynthesis it absorbs light energy photosystems I and II are located in: the thylakoid membrane through the process of photsynthesis, photautotrops produce O2 and organic molecules oxygen male and female betta together
Photoactivation of Chlorophyll Synthesis and Cytochrome …
Webphotoactivation the excitation of atoms by light energy so that electrons become temporarily raised to a higher energy level. The process is the starting point of PHOTOSYNTHESIS, when light strikes a CHLOROPHYLL molecule. see LIGHT REACTIONS. Collins Dictionary of Biology, 3rd ed. © W. G. Hale, V. A. Saunders, J. P. … WebIt caused a significant change in chlorophyll a fluorescence kinetics with an appearance of L-, K-and J-band, implying damaging energetic connectivity between PSII units, uncoupling of the oxygen evolving complex (OEC) and inhibition of the Q(-)Areoxidation. The negative impact of salt stress on JUNCAOs increased with the increasing level of ... WebA. chlorophyll / photosystem absorbs light; B. electron raised to higher energy level / photoactivated; C. splitting of water / photolysis replaces electron; D. passing of excited electrons between chlorophyll molecules in photosystems; E. electron passed from photosystem II to carriers (in thylakoid membrane); male and female black bear