Where does photosynthesis takes place?
1. in green leaves
2. in green parts of plant
3. in leaves
4. in complete plant
The _____________ in the leaves, have a large number of_________, which align themselves along the walls of the ____________, such that they get the __________quantity of the incident light.
1. chloroplasts, chlorophyll, chloroplasts, optimum
2. mesophyll cells, chlorophyll , mesophyll cells, optimum.
3. mesophyll cells, chloroplasts, mesophyll cells, optimum.
4. mesophyll cells, chloroplasts, mesophyll cells, minimum
Identify a,b,c and d labellings in the following diagram.
1. i - stroma lamella; ii- thylakoid; iii-stroma; iv-genetic material
2. i- stroma lamella; ii- grana; iii-stroma; iv-starch granule
3. i- grana; ii- lamella; iii-stroma; iv-starch granule
4. i- stroma lamella; ii- grana; iii-cytoplasm; iv-starch granule
How many pigments are responsible for the color of a plant leaf?
1. 1
2. 2
3. 3
4. 4
Which of the following is present in membrane of stroma lamellae?
1. NADP reductase
2. PS-I
3. PS-II
4. water splitting complex.
The difference in development of proton gradient in photosynthesis and respiration is-
1. | Photosynthesis has thylakoid membrane across which proton gradient is generated |
2. | Proton accumulation is inside the membrane of thylakoid. |
3. | both a and b |
4. | Mitochondrial membrane is involved |
Where does the splitting of water take place?
1. Stroma
2. Cytoplasm
3. Thylakoid lumen
4. Plasma membrane
Where does exactly the NADP reductase enzyme located?
1. | Thylakoid lumen |
2. | Thylakoid luminal side of membrane |
3. | Stromal side of thylakoid membrane |
4. | Cytoplasm |
The protons for the reduction of NADP+ are taken from-
1. Stroma
2. Lumen of Thylakoid
3. Cytoplasm
4. Matrix
Which of the following acts as a transmembrane channel?
1. F0 of ATPase
2. F1 of ATPase
3. PS I
4. PS II