When 12 `CO_(2)` molecules are utilized in `C_(3)` cycle, number of triose phosphates exported out from the chloroplast into the cystosol for the synthesis of hexose will be

The primary CO_(2) acceptor molecule during the C_(3) cycle is a

To reduce 1 CO_(2) molecules in C_(3) cycle , assimilatory power needed is

If 36 CO_(2) molecules are fixed in C_(3) plant what will be a The number of G-3P and b) Erythrose-4-phosphate formed during the dark reaction

Consider the following statements regarding starch and sucrose synthesis of starch and sucrose synthesis during and selct the correct ones. (i) Triose phosphate is confined to chloropast and is utilised for the synthesis of starch only. (ii) Triose phosphate is translocated to cytosol from chloroplast. (iii) Triose phosphate is utilised for the synthesis of both starch and sucrose. (iv) Triose phosphate is translocated from cytosol to chloroplast.

The primary CO_2 acceptor molecule during C_3 cycle is a

For every CO_(2) molecule entering the calvin cycle, the number of ATP and NADPH required is

If 24CO_(2) molecules are fixed in C_(3) plants whats will the number of (1)G-3P(2) erythorose phosphate (3) xylulose phosphate (4) sedophetulose 7 phsophate molecules formed {:(A,B,C,D),(72,12,24,8),(48,8,16,8),(72,12,24,12),(48,16,8,8):}

Regeneration step in C_(3) cycle per Co_(2) fixation requires