In photosystem II, the reaction centre chlorophyll-
absorbs …A… nm wave length of red light causing electrone to become excited and jump into an orbit farther from the atomic nucleus. These electrons are picked up by an …B…, which passes them to an electron transport system constisting of …C…
Pick the right choice for A, B and C
a)
A-680 nm, B-electron donor, C-cytochromes
b)
A-780 nm, B-electron acceptor, C-cytochromes
c)
A-680 nm, B-electron acceptor, C-cytochromes
d)
A-780 nm, B-electron donor, C-cytochromes
In photosystem II, the reaction centre chlorophyll- absorbs …A… nm wave length of red light causing electrone to become excited and jump into an orbit farther from the atomic nucleus. These electrons are picked up by an …B…, which passes them to an electron transport system constisting of …C…
Pick the right choice for A, B and C
a)
A-680 nm, B-electron donor, C-cytochromes
b)
A-780 nm, B-electron acceptor, C-cytochromes
c)
A-680 nm, B-electron acceptor, C-cytochromes
d)
A-780 nm, B-electron donor, C-cytochromes
Question ID - 4781 | SaraNextGen Top Answer
In photosystem II, the reaction centre chlorophyll- absorbs …A… nm wave length of red light causing electrone to become excited and jump into an orbit farther from the atomic nucleus. These electrons are picked up by an …B…, which passes them to an electron transport system constisting of …C…
Pick the right choice for A, B and C
a)
A-680 nm, B-electron donor, C-cytochromes
b)
A-780 nm, B-electron acceptor, C-cytochromes
c)
A-680 nm, B-electron acceptor, C-cytochromes
d)
A-780 nm, B-electron donor, C-cytochromes
|
In photosystem II, the reaction centre chlorophyll- Pick the right choice for A, B and C |
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|
a) |
A-680 nm, B-electron donor, C-cytochromes |
b) |
A-780 nm, B-electron acceptor, C-cytochromes |
|
c) |
A-680 nm, B-electron acceptor, C-cytochromes |
d) |
A-780 nm, B-electron donor, C-cytochromes |
|
(a) A-680 nm, B-electron donor, C-cytochromes |