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In photosynthesis, the electrons from the chlorophyll are excited by the sunlight
Electrons can be excited in an element by supplying energy to the molecule of the elements. Further eletrons get excited in chemical reactions
NADP+
electrons become excited
Additional electrons used to stabilize the photosystems come from photolysis, the splitting of water using photons of light. This process yields 2 electrons per molecule of water.
In photosynthesis, the electrons from the chlorophyll are excited by the sunlight
the electrons gain a huge amount of energy
ATP
Electrons can be excited in an element by supplying energy to the molecule of the elements. Further eletrons get excited in chemical reactions
NADP+
The light-dependent portion of photosynthesis is carried out by two consecutive photosystems (photosystem I and photosystem II) in the thylakoid membrane of the chloroplasts. The photosystems are driven by the excited chlorophyll molecules.To begin photosynthesis, the chlorophyll molecule in photosystem II is excited by sunlight and the energy produced helps to break down a water molecule (H2O) into ½O2 (with electrons removed) and 2H+. The removed electrons are excited by the light energy. When the electrons prepare to come to their rest state, they go through an oxidative phosphorylation process and produces an ATP molecule.As the electrons are coming to a resting state, they are excited again in photosystem I and raised to a even higher energy state. The excited electrons are then used to produce NADP+ + H+. The highly energetic NADPH molecule is then fed into the Calvin Cycle to conduct carbon fixation.
Yes!
NADP
electrons become excited
When light strikes a chlorophyll molecule, electrons in the chloroplast get excited.
When light strikes a chlorophyll molecule, electrons in the chloroplast get excited.
Some of the electrons become excited. means that they have comparatively more energy. the flow of energy takes place through these excited electrons. these are transferred form the reaction center chlorophyll to the primary electron acceptors.