1. They become light due to consumption of food materials in respiration
2. They lose weight at night
3. They come up to enjoy sunshine
4. They become buoyant in light due to accumulation of oxygen bubbles released in photosynthesis
They become buoyant in light due to accumulation of oxygen bubbles released in photosynthesis
1. 200 chlorophyll molecules
2. 230 chlorophyll molecules
3. 250 chlorophyll molecules
4. 300 chlorophyll molecules
250 chlorophyll molecules
1. Hydrogen acceptor
2. A raw material
3. A energy converter
4. As end product
A energy converter
1. Absorption of light by pigment system I
2. Production of ATP and NADPH2
3. Absorption of light by chlorophylls of both pigment system I and II
4. Production of ATP
Absorption of light by chlorophylls of both pigment system I and II
1. ATP
2. NADPH2
3. Both (A) and (B)
4. Solar energy
Both (A) and (B)
1. Fructose 6- PO4
2. Ribulose 1,5 diphosphate
3. Ribulose phosphate
4. Xylulose 5- PO4
Ribulose 1,5 diphosphate
1. Granal lamella
2. Stroma
3. Stromal lamella
4. Outer membrane
Stroma
1. ADP and Glucose
2. ATP and NADPH2
3. Ferredoxin and Cytochrome b6
4. Plastoquinone and Cytochrome f
ATP and NADPH2
1. O2
2. H2
3. CO2
4. N2
CO2
1. 3- Phosphoglyceraldehyde
2. Glucose
3. Starch
4. Pyruvic acid
3- Phosphoglyceraldehyde