1. Photon of Light Absorbed by Photosystem II
2. Bounces around until it reaches the reaction center
3. Taken by electron transport chain. As it bounces from chain to chain, it loses small amounts of energy to make ATP.
4. Taken by Photosystem I. Hit by a Photon of Light
5. Bounces till reaction center
6. Moved to electron transport chain.
7. Accepted by NADP+
From what science know it depends on if you're looking at them or not. Otherwise the answer is based in probability and standard election orbital chemistry between the element reactions.
The Daniell cell was the first truly practical and reliable electric battery that supported many nineteenth century electrical innovations such as the telegraph. In the process of the reaction, electrons can be transferred from the corroding zinc to the copper through an electrically conducting path as a useful electric current. Zinc more readily loses electrons than copper, so placing zinc and copper metal in solutions of their salts can cause electrons to flow through an external wire which leads from the zinc to the copper
Semiconductors serve as a source of electrons to form an electrical current. Semiconductors form a path for the electrons that are released by the photoelectric effect.
they enter through the nose, mouth, eyes, anywhere you touch.
ovary-fallopian tube-uterus-vagina
Goes through the magnified image at focal point, then to the objective lens and out the light source! :)
electrons can flow through circuits.
A closed path through which electrons flow is known as a circuit.
A closed path.
The path of electrons around the nucleus is compared to the path of planets around the sun.
Niels Bohr
The alternate paths are said to be "in parallel" (with one another).
The alternate paths are said to be "in parallel" (with one another).
When any conducting material is connected to provide a continuous path between the two terminals of a battery, electric current flows through it. On the microscopic level, electric current is really the flow of electrons, from the battery's negative terminal, through the conducting path, to its positive terminal.
Describe the path electrons take in a simple flahlight circuit.
That path might be called a circuit. If the path is complete, it's a closed circuit.
The enthalpy of a reaction does not depend on the reactant path taken.
Bohr