Energy transfer in photosynthesis occurs as
a)
Phycoerythrin
phycocyanin 
carotenoid 
chlorophyll-a
b)
Chlorophyll-b 
carotenoid 
phycoerythrin 
chlorophyll-a
c)
Phycocyanin
phycoerythrin
carotenoid
chlorophyll-a
d)
Chlorophyll-b
carotenoid
phycocyanin
chlorophyll-a
Energy transfer in photosynthesis occurs as
a)
Phycoerythrin phycocyanin carotenoid chlorophyll-a
b)
Chlorophyll-b carotenoid phycoerythrin chlorophyll-a
c)
Phycocyanin phycoerythrin carotenoid chlorophyll-a
d)
Chlorophyll-b carotenoid phycocyanin chlorophyll-a
Question ID - 4438 | SaraNextGen Top Answer
Energy transfer in photosynthesis occurs as
a)
Phycoerythrin phycocyanin carotenoid chlorophyll-a
b)
Chlorophyll-b carotenoid phycoerythrin chlorophyll-a
c)
Phycocyanin phycoerythrin carotenoid chlorophyll-a
d)
Chlorophyll-b carotenoid phycocyanin chlorophyll-a
|
Energy transfer in photosynthesis occurs as |
|
|
a) |
Phycoerythrin |
|
b) |
Chlorophyll-b |
|
c) |
Phycocyanin |
|
d) |
Chlorophyll-b |
|
(a) Chlorophyll is the principle pigment involved in photosynthesis. Chlorophyll-a is the major pigment involved in trapping light energy and converting it into electrical and chemical energy. Chlorophyll-b molecules also act as accessory pigment. Other accessory pigments are phycoerythrin, phycocyanin, carotenoids, etc. the accessory pigment and reaction centre together from photo system. |