Question

Solar energy transducer is
A. Agaricus
B. Rhizobium
C. Orobanche
D. Chlorella

Answer 1

Photosynthesis in plants changes over solar energy into compound energy utilizing electrons and protons from water. The electrons go to the chlorophyll, while the protons add to a proton angle that is utilized to control the blend of a subsequent energy-conveying particle, ATP.

Complete answer:
Mushrooms contain no chlorophyll which implies they can't photosynthesize; they 'take' the starches they need from plants. A mushroom (Agaricus Bisporus) is one of the numerous types of growths. They have been given their own realm because of the sheer number of species that exist: 'The Kingdom of Fungi'.
The rhizobium has the photosynthetic properties of vigorous anoxygenic phototrophs. It will develop, produce the photosynthetic framework and perform photosynthetic electron transport just under high-impact conditions. It can fix nitrogen in explant culture and fill without some other wellspring of fixed nitrogen.
Orobanche minor, the hellroot, normal broomrape, lesser broomrape, little broomrape or clover broomrape, is a holoparasitic blooming plant having a place with the sort Orobanche; a variety of around 150 non-photosynthetic plants that parasitize other autotrophic plants.
Chlorella is an autotroph which readies its own food with the assistance of photosynthesis. It is a solitary cell green growth which has chlorophyll color chlorophyll-a and - b in its chloroplast. It is referred to as a sun oriented energy transducer as it traps the daylight and converts the sun based energy obtained by the sun to synthetic energy.

Hence, the correct answer is option (D).

Note: As a medication, chlorella is utilized for forestalling disease, lessening radiation therapy results, invigorating the resistant framework, improving reaction to influenza antibody, expanding white platelet.