P700 is photosystem I. It includes chlorophyll a 670, 680, 695, 700, Chlorophyll b, carotenoids. The active reaction center of photosystem is p700, as it absorbs light of a wavelength longer than 680nm.
P680 or the photosystem II has the following pigments: chlorophyll b, 660, 670, 680, 695, 700, phycobilins, and xanthophylls. The active reaction center, in this case, is p680 of chlorophyll a, as it absorbs the light having a wavelength shorter than 680nm.
Answer:
3:1
Explanation:
To find out the phenotypic ratio, we need to do a Punnet Square.
We know that R and I are the dominant alleles that produce red flowers, and r and i are the recessive traits.
<u> ║R ║ r</u>
<u>I ║RI║Ir</u>
<u>i ║Ri║ir</u>
The genotype ratio would be 3 because the dominant traits are present three times (RI, Ir, and Ri) and 1 for the recessive trait since it only appears once in the Punnet Square (ir). In conclusion, the phenotypic ratio form the roses are 3:1
"By altering the shape of the substrate to mimic the conformation of the transition state" is the one among the following mechanism that est describe the manner in which lysozyme lowers the energy required for its substrate to reach its transition state <span>conformation. The correct option among all the options that are given in the question is option "B". </span>
The "thing that hangs in the back of your throat is called a UVULA, its main function is to prevent food from entering your nasal cavity
Answer:
The reason to your question/Why is no land created or destroyed at transform boundries?
Explanation:
There is really no vertical movement only horizontal. Convergent boundaries are thrust or reverse faults, and divergent boundaries are normal faults. As the plates slide across from each other, they neither create land nor destroy it. Because of this, they are sometimes referred to as conservative boundaries or margins. Thank you for letting me help :)