The photosystems are sets of chlorophyll molecules and other pigments and transmembrane proteins packed in the thylakoids, the transfer of electrons from the primary electron acceptor of photosystem II to the P700 chlorophyll a molecules of photosystem I is called photophosphorylation.
<h3>What is photophosphorylation?</h3>
It is the global process of transformation of the energy stored in the electron of the reactive center excited by light, in a pyrophosphate bond of an ADP molecule.
When a photon is absorbed by one of the pigments of photosystem II, it quickly bounces off the other molecules until it reaches chlorophyll a in the reaction center.
The electron, after leaving photosystem II, reaches the reaction center of photosystem I, where chlorophyll P700 is, the pigments absorb light and the electron reacquires a high level of energy.
Therefore, we can conclude that when this molecule absorbs light energy, an electron is thrown up to a higher energy level and transferred to another molecule, a primary electron acceptor.
Learn more about photophosphorylation here: brainly.com/question/25193635
In the polymerization of DNA, a phosphodiester bond is formed between a phosphate group of the nucleotide being added and the 3' OH of the last nucleotide in the polymer. hope this helps
Answer:
3) passive transport
Explanation:
Passive transport is a type of cellular transport that does not require the use of energy to move substances (i.e., ions and molecules) across biological membranes. Passive transport uses concentration gradients to move substances across cell membranes, thereby transporting them from regions of high concentration to regions of low concentration. Passive transport can be divided into 1-osmosis (i.e., movement of solvents), 2-diffusion (i.e., movement of solutes), and 3-facilitated diffusion (i.e., movement of molecules with help of protein channels or carriers), and 4-filtration (i.e., movement of water by using a pressure gradient).
<u>According </u><u>to</u><u> research </u><u>and</u><u> note taking</u><u>, a</u><u> dragonfly</u><u> is a</u><u> consumer.</u>
Answer: (A Consumer
Explanation & Examples:
If you think about it, dragonflies do not produce any sort of food or thing.
Example 1:
A producer would be a bug like a bee because bees produce honey as a main source.
Example 2:
A decomposer is a fungus or living rot that breaks down dead animals or rotten food. Worms are an example of a decomposer because they break down the soil for plants. Mushrooms are also an example because it is a living fungus.
Final Explanation:
According to research, dragonflies are big eaters meaning they consume a lot of food. Dragonflies eat bees and butterflies.
<em>Hope this helps!</em>
<em> ~Hocus Pocus</em>
