266821
Match column-I with column-II and choose the correct option.
Column - I
(Nutrients) Column -II
(Functions)
A. $Mg^{2+}$ I. Activator of dehydrogenase
B. $Z{{n}^{2+}}$ II. Activator for both RuBP carboxylase oxygenase and PEPcase
C. ${{K}^{+}}$ III. Required for all Phosphorylation reactions
D. \[{{H}_{2}}PO_{4}^{-}\] IV. Plays an important role in opening and closing of stomata
266822
Match the column-I containing minerals with the functions given in column-II and choose the correct combination given.
Column-II
(Minerals) Column-II (Functions)
A. K I. Stomatal opening
B. Mo II. Constituent of cell membrane
C. P III. Photolysis of water
D. Mn IV. Component of nitrogenase and nitrate reductase
266823
Match the items given in column-I with their examples given in column-ll and choose the correct answer.
Column-I Column-II
A. Free living aerobic nitrogen fixers I. Anabaena and Nostoc
B. Anaerobic nitrogen fixers II. Pseudomonas and Thiobacillus
C. Nitrogen fixing cyanobacteria III. Nitrosomonas and Nitrococcus
D. Denitrifying bacteria IV. Azotobacter and Beijernickia
E. Nitrifying bacteria V. Rhodospirillum
266821
Match column-I with column-II and choose the correct option.
Column - I
(Nutrients) Column -II
(Functions)
A. $Mg^{2+}$ I. Activator of dehydrogenase
B. $Z{{n}^{2+}}$ II. Activator for both RuBP carboxylase oxygenase and PEPcase
C. ${{K}^{+}}$ III. Required for all Phosphorylation reactions
D. \[{{H}_{2}}PO_{4}^{-}\] IV. Plays an important role in opening and closing of stomata
266822
Match the column-I containing minerals with the functions given in column-II and choose the correct combination given.
Column-II
(Minerals) Column-II (Functions)
A. K I. Stomatal opening
B. Mo II. Constituent of cell membrane
C. P III. Photolysis of water
D. Mn IV. Component of nitrogenase and nitrate reductase
266823
Match the items given in column-I with their examples given in column-ll and choose the correct answer.
Column-I Column-II
A. Free living aerobic nitrogen fixers I. Anabaena and Nostoc
B. Anaerobic nitrogen fixers II. Pseudomonas and Thiobacillus
C. Nitrogen fixing cyanobacteria III. Nitrosomonas and Nitrococcus
D. Denitrifying bacteria IV. Azotobacter and Beijernickia
E. Nitrifying bacteria V. Rhodospirillum
266821
Match column-I with column-II and choose the correct option.
Column - I
(Nutrients) Column -II
(Functions)
A. $Mg^{2+}$ I. Activator of dehydrogenase
B. $Z{{n}^{2+}}$ II. Activator for both RuBP carboxylase oxygenase and PEPcase
C. ${{K}^{+}}$ III. Required for all Phosphorylation reactions
D. \[{{H}_{2}}PO_{4}^{-}\] IV. Plays an important role in opening and closing of stomata
266822
Match the column-I containing minerals with the functions given in column-II and choose the correct combination given.
Column-II
(Minerals) Column-II (Functions)
A. K I. Stomatal opening
B. Mo II. Constituent of cell membrane
C. P III. Photolysis of water
D. Mn IV. Component of nitrogenase and nitrate reductase
266823
Match the items given in column-I with their examples given in column-ll and choose the correct answer.
Column-I Column-II
A. Free living aerobic nitrogen fixers I. Anabaena and Nostoc
B. Anaerobic nitrogen fixers II. Pseudomonas and Thiobacillus
C. Nitrogen fixing cyanobacteria III. Nitrosomonas and Nitrococcus
D. Denitrifying bacteria IV. Azotobacter and Beijernickia
E. Nitrifying bacteria V. Rhodospirillum
266821
Match column-I with column-II and choose the correct option.
Column - I
(Nutrients) Column -II
(Functions)
A. $Mg^{2+}$ I. Activator of dehydrogenase
B. $Z{{n}^{2+}}$ II. Activator for both RuBP carboxylase oxygenase and PEPcase
C. ${{K}^{+}}$ III. Required for all Phosphorylation reactions
D. \[{{H}_{2}}PO_{4}^{-}\] IV. Plays an important role in opening and closing of stomata
266822
Match the column-I containing minerals with the functions given in column-II and choose the correct combination given.
Column-II
(Minerals) Column-II (Functions)
A. K I. Stomatal opening
B. Mo II. Constituent of cell membrane
C. P III. Photolysis of water
D. Mn IV. Component of nitrogenase and nitrate reductase
266823
Match the items given in column-I with their examples given in column-ll and choose the correct answer.
Column-I Column-II
A. Free living aerobic nitrogen fixers I. Anabaena and Nostoc
B. Anaerobic nitrogen fixers II. Pseudomonas and Thiobacillus
C. Nitrogen fixing cyanobacteria III. Nitrosomonas and Nitrococcus
D. Denitrifying bacteria IV. Azotobacter and Beijernickia
E. Nitrifying bacteria V. Rhodospirillum
266821
Match column-I with column-II and choose the correct option.
Column - I
(Nutrients) Column -II
(Functions)
A. $Mg^{2+}$ I. Activator of dehydrogenase
B. $Z{{n}^{2+}}$ II. Activator for both RuBP carboxylase oxygenase and PEPcase
C. ${{K}^{+}}$ III. Required for all Phosphorylation reactions
D. \[{{H}_{2}}PO_{4}^{-}\] IV. Plays an important role in opening and closing of stomata
266822
Match the column-I containing minerals with the functions given in column-II and choose the correct combination given.
Column-II
(Minerals) Column-II (Functions)
A. K I. Stomatal opening
B. Mo II. Constituent of cell membrane
C. P III. Photolysis of water
D. Mn IV. Component of nitrogenase and nitrate reductase
266823
Match the items given in column-I with their examples given in column-ll and choose the correct answer.
Column-I Column-II
A. Free living aerobic nitrogen fixers I. Anabaena and Nostoc
B. Anaerobic nitrogen fixers II. Pseudomonas and Thiobacillus
C. Nitrogen fixing cyanobacteria III. Nitrosomonas and Nitrococcus
D. Denitrifying bacteria IV. Azotobacter and Beijernickia
E. Nitrifying bacteria V. Rhodospirillum