The photosystem channels the excitation energy gathered by absorption of light by any one of the pigment molecules to a specific "reaction center chlorophyll," which in turn passes the energy to
-photosystem I.
-photosystem II.
-the primary electron acceptor.
-the secondary electron center.
-cytochrome.
Answer: -the primary electron acceptor.
Explanation:
The photosystem II has a reaction center, in the reaction center the energy from sunlight is converted into high energy electrons. At the center of the reaction center, chlorophyll molecule is present which absorbs the light and one of its electron is promoted to the higher energy.
The high energy electron is hop downward and it is transferred to the plastoquinone A, which is a primary electron acceptor. Then the electron is transferred to the plastoquinone B. The plastoquinone B will receives enough electrons it delivers its electron to the electron transfer chain.
Answer:
the frame rate of the time-lapse video if no aliasing occurs is 10min per frame
Explanation:
Given the data in the question;
No aliasing effect, meaning the clock with missing hour hand will not have any effect
Time required for one frame = 10 minutes
frame rate of time = Time required / number of frame
= 10 min / 1 frame
= 10min per frame
Therefore, the frame rate of the time-lapse video if no aliasing occurs is 10min per frame
