Which of the following bacteria is associated with nitrogen fixation?
- ANostoc
- BAnabaena
- C$E$. coli
- DAzotobacter
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Similar Questions
Identify the $INCORRECT$ statement regarding the role of minerals in plants.
Identify the correct pair:
Column-$I$ Column-$II$ $P$. Phosphorus $I$. Splitting of water to liberate oxygen during photosynthesis $Q$. Potassium $II$. Constituent of cell membranes and all nucleotides $R$. Magnesium $III$. In more abundant quantities in the meristematic tissue,buds,leaves,and root tips $S$. Manganese $IV$. Constituent of the ring structure of chlorophyll and helps to maintain the ribosome structure
$P - Q - R - S$
| Column-$I$ | Column-$II$ |
| $P$. Phosphorus | $I$. Splitting of water to liberate oxygen during photosynthesis |
| $Q$. Potassium | $II$. Constituent of cell membranes and all nucleotides |
| $R$. Magnesium | $III$. In more abundant quantities in the meristematic tissue,buds,leaves,and root tips |
| $S$. Manganese | $IV$. Constituent of the ring structure of chlorophyll and helps to maintain the ribosome structure |
$P - Q - R - S$
Medium
View SolutionWhich of the following options shows the correct correlation between column $I$,$II$,and $III$?
Column $I$ Column $II$ Column $III$ $A$. Calcium $I$. Required for ionic balance $(i)$. Grey blot on leaves $B$. Boron $II$. Essential for constitution of nucleic acid $(ii)$. Fruit-yield decreases $C$. Phosphorus $III$. Required for absorption of calcium $(iii)$. Red blot on leaves $D$. Chlorine $IV$. Required to activate respiratory enzyme $(iv)$. Fruit-size diminishes $E$. Manganese $V$. Required for synthesis of mitotic spindle $(v)$. Young root tip begin to die
| Column $I$ | Column $II$ | Column $III$ |
| $A$. Calcium | $I$. Required for ionic balance | $(i)$. Grey blot on leaves |
| $B$. Boron | $II$. Essential for constitution of nucleic acid | $(ii)$. Fruit-yield decreases |
| $C$. Phosphorus | $III$. Required for absorption of calcium | $(iii)$. Red blot on leaves |
| $D$. Chlorine | $IV$. Required to activate respiratory enzyme | $(iv)$. Fruit-size diminishes |
| $E$. Manganese | $V$. Required for synthesis of mitotic spindle | $(v)$. Young root tip begin to die |
Medium
View SolutionMatch the physiological processes given in Column-$I$ with the mineral elements given in Column-$II$:
Column-$I$ Column-$II$ $1$. Muscle contraction $a$. $Mg^{+2}$ $2$. Digestion of food $b$. $Ca^{+2}$ $3$. Energy exchange $c$. $Mo$ $4$. Carbohydrate synthesis $d$. $(PO_4)^{-3}$ $5$. Nitrogen fixation $e$. $Cl^-$
| Column-$I$ | Column-$II$ |
| $1$. Muscle contraction | $a$. $Mg^{+2}$ |
| $2$. Digestion of food | $b$. $Ca^{+2}$ |
| $3$. Energy exchange | $c$. $Mo$ |
| $4$. Carbohydrate synthesis | $d$. $(PO_4)^{-3}$ |
| $5$. Nitrogen fixation | $e$. $Cl^-$ |
Medium
View SolutionAmmonia provided to crop plants in the form of urea is industrially fixed by . . . . . . .
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