Photophosphorylation is a process that occurs during photosynthesis in plants. It is the conversion of ADP (Adenosine Diphosphate) into ATP (Adenosine Triphosphate) using light energy. ATP (Adenosine Triphosphate) is the energy currency of life of all living organisms. Without ATP, cells will not be able to perform their proper functions.
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Through the process of phosphorylation, light energy is used to create electron donors and electron acceptors that move spontaneously through the process of electron transport chains. </span>
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In snapdragons, if a plant has one ordinary copy of the quality for red shading and one mutant copy, delivering non-utilitarian protein, it's blooms are pink , the transformation that is caused would have made the blossoms white by not creating the red shading.
Since the snapdragon is obliged by incomplete dominance, one allele for red (R), and one for white (W), would realize a pink flower. The genotype for the pink sprout is Rr and the genotype for the white bloom is rr. This would incite a half plausibility of the successors having a phenotype of pink.
What's more the plant pursues the rule of co strength for its phenotype articulation and in this way the red and the white communicated together yields a pink blossom. Co-strength is a marvel wherein both the characters are communicated similarly.
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Caterpillars that would eat the plant
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Answer:
It participates in the synthesis of lipids and it plays a role for the start of glycosylation and detoxification of cells and of course the storage of calcium.
Explanation:
If replication happens once, then it will create two daughter cells. Both cells will contain a DNA which is radioactive. This happens because prokaryotes like E. coli exhibits semiconservative replication, wherein each daughter cell receives one template strand from the original molecule, in this case, it's made up of the radioactive cytosine.