Analogy type questions:
$(1)$ Manganese toxicity : Brown spots surrounded by chlorotic veins : Molybdenum deficiency : ........
$(2)$ Conversion of nitrogen to ammonia : Nitrogen fixation : Oxidation of nitrite to nitrate : ........
$(1)$ Manganese toxicity : Brown spots surrounded by chlorotic veins : Molybdenum deficiency : ........
$(2)$ Conversion of nitrogen to ammonia : Nitrogen fixation : Oxidation of nitrite to nitrate : ........
- A$(1)$ Inhibition of cell division,$(2)$ Nitrification
- B$(1)$ Chlorosis,$(2)$ Denitrification
- C$(1)$ Necrosis,$(2)$ Ammonification
- D$(1)$ Stunted growth,$(2)$ Assimilation
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Similar Questions
Which of the following plants is used as green manure in crop fields and in sandy soils?
MediumAIPMT 2003
View SolutionMatch the following columns:
Column-$I$ Column-$II$ $1.$ Mycorrhiza $a.$ Free-living $N_2$-fixer $2.$ Nostoc $b.$ Phosphorus absorption $3.$ Azospirillum $c.$ Leguminous plants $4.$ Rhizobium $d.$ Autotrophic $N_2$-fixer
| Column-$I$ | Column-$II$ |
| $1.$ Mycorrhiza | $a.$ Free-living $N_2$-fixer |
| $2.$ Nostoc | $b.$ Phosphorus absorption |
| $3.$ Azospirillum | $c.$ Leguminous plants |
| $4.$ Rhizobium | $d.$ Autotrophic $N_2$-fixer |
Medium
View SolutionMatch the following columns correctly:
Column $I$ Column $II$ $(a)$ Manganese $(p)$ For $O_2$ evolution $(b)$ Chlorine $(q)$ Required for thyroid gland development $(c)$ Phosphorus $(r)$ High concentration in mitochondria $(d)$ Iodine $(s)$ Component of nucleic acids
| Column $I$ | Column $II$ |
|---|---|
| $(a)$ Manganese | $(p)$ For $O_2$ evolution |
| $(b)$ Chlorine | $(q)$ Required for thyroid gland development |
| $(c)$ Phosphorus | $(r)$ High concentration in mitochondria |
| $(d)$ Iodine | $(s)$ Component of nucleic acids |
Medium
View SolutionSelect the correct match for $X$ and $Y$:
Column $X$ Column $Y$ $(1)$ Mycorrhiza $(P)$ Free-living $N_2$-fixer $(2)$ Nostoc $(Q)$ Phosphorus absorption $(3)$ Azospirillum $(R)$ Leguminous plants $(4)$ Rhizobium $(S)$ Autotrophic $N_2$-fixer
| Column $X$ | Column $Y$ |
| $(1)$ Mycorrhiza | $(P)$ Free-living $N_2$-fixer |
| $(2)$ Nostoc | $(Q)$ Phosphorus absorption |
| $(3)$ Azospirillum | $(R)$ Leguminous plants |
| $(4)$ Rhizobium | $(S)$ Autotrophic $N_2$-fixer |
Medium
View SolutionMatch the following columns:
Column-$I$ Column-$II$ $(A)$ Water splitting reaction $(1)$ Boron $(B)$ Uptake and utilisation of $Ca^{2+}$ $(2)$ Copper $(C)$ Synthesis of auxin $(3)$ Chlorine $(D)$ Redox reaction $(4)$ Zinc
| Column-$I$ | Column-$II$ |
| $(A)$ Water splitting reaction | $(1)$ Boron |
| $(B)$ Uptake and utilisation of $Ca^{2+}$ | $(2)$ Copper |
| $(C)$ Synthesis of auxin | $(3)$ Chlorine |
| $(D)$ Redox reaction | $(4)$ Zinc |
Medium
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