photosynthesis in higher plants
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photosynthesis in higher plants - Marcador
photosynthesis in higher plants - Detalles
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59 preguntas
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In C4 plants,the first carbon dioxide acceptor is | Phosphoenol pryvate |
Hill reaction occurs in | High altitude plants |
Which one of the following categories of orgnisms do not evolve oxygen uring photosynthesis | Photosynthetic blue green algae |
What is PAR range | 400 nm-700 nm |
In a chloroplast the highest number of protons are found in | Lumen of thylakoids |
Chromoplasts take part in | Photosynthesis |
The core metal of chloroplasts is | Magnesium |
Plants adapted to low light intensity have | Larger photosynthetic unit size that the sun plants |
Which fractions of the visible spectrum of solar radiation are primarily absorbed by carotenoids of the higher plants | Violet and blue |
At a temperature above 35 degree celcius | Rate of photosynthesis will decline earlier than that of respiration |
Protochlorophyll differs from chlorophyll in lacking | 2 hydrogen atoms in one of its pyrrole rings |
Most plants are green in colour because | Chlorophyll is least effective in absorbing green light |
Chlorophyll a occurs in | All oxygen liberating autotrophs |
Photosynthetic pigments found in the chloroplasts occur in | Thylakoid membrane |
The size of chlorophyll molecule is | Head 15*15 A,tail 20 A |
Emerson's enhancement effect and red drop have been instrumental in the discovery of | Two photosystem operating simultaneously |
Cytochromes are found in | Cristae of mitochondria |
In photosystem 1 the first electronacceptor is | An iron-sulphur protien |
Photochemical reactions in the chloroplast are directly involved iin | Protolysis of water and phosphorylation of ADP and ATP |
NADPH is generated through | Photosystem 1 |
In kranz anatomy, the bundle sheath cells have | Thick walls, no intercellular spaces and large number of chloroplasts |
C4 plants are more efficient in photosynthesis than C3 because | Of lower rate of photorespiration |
The enzyme which fixes CO2 in C4 plants is | PEP carboxylase |
Thecarbon dioxide acceptor in calvin cycle/C3 plants is | Ribulose 1,5-diphosphate (RuBP) |
Photorespiration is favoured by | High O2 and low CO2 |
Which one of the following is represented by calvin cycle | Reductase carboxylation |
Series of reactions which can convert fatty acids to sugar in plants but not in animals | Glyoxylate cycle |
The first carbon dioxide acceptor in C4 plants is | Phosphoenol pyruvate |
Dark reactions of photosynthesis occur in | Stroma outside photosynthetic lamellae |
Which technique has helped i investigation of calvin cycle | Radioactive isotope technique |
During monsson, the rice crop of eastern states of india show lesser yield due to limiting factor of | Light |
The substrate for photosynthesis is | Glycolate |
In C4 plants calvin cycle operates in | Stroma of bundle sheath chloroplasts |
Carbon dioxide joins the photosynthetic pathway in | Dark reaction |
NADP+ is reduced to NADPH in | Noncyclic photophosphorylation |
The C4 plants are photosynthetically more efficient than C3 plants because | They have more chloroplast |
During photorespiration, the oxygen consuming reaction occur in | Stroma of chloroplasts and peroxisomes |
In C3 plants , the first stable product of photosynthesis during the dark reaction is | 3-phosphoglyceric acid |
In sugarcane plant 14 CO2 is fixed in malic acid , in which the enzyme that fixes CO2 | Phosphoenol pyruvic acid carboxylase |
Glycolate induces opening of stomata in | Low CO2 conc. |