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- bending of leaf tip
- formation of anthocyanins
- poor development of vasculature
- appearance of dead necrotic tissue
Explanation: appearance of dead necrotic tissue
- Closing of stomata
- Biosynthesis of 3-IAA
- Synthesis of chlorophyll
- Oxidation of carbohydrate
Explanation: Synthesis of chlorophyll
- Ca, Zn, B
- Fe, Mn, Cu
- Cl, C, Ca
- Ni, Mo, H
Explanation: Iron, mangenese and copper are micronutrients
- nitrification
- ammonification
- denitrification
- nitrogen fixation
Explanation: The process of conversation of NO2– to N2 is called denitrification
- dehydrogenase
- nitrogenase
- isomerase
- none of these
Explanation: The first stable product of nitrogen fixation is ammonia obtained from atmospheric nitrogen catalysed enzyme nitrogenase
- iron
- calcium
- magnesium
- all of the above
Explanation: Manganese toxicity causes deficiency of iron, magnesium and calcium
- dark
- shade
- strong light
- Fe – free medium
Explanation: Fe – free medium
- It is a constituent of several coenzyme
- It activates the enzymes of respiration and photosynthesis.
- It activates enzyme catalase
- It helps in maintaining anion-cation balance
Explanation: Magnesium is absorbed by plants as Mg2+ it activates the enzymes of respiration and photosynthesis.It is involved in the synthesis of DNA RNA.It is the constituent of ring structure of chlorophyll.
- Dilute solution
- Very concentrated solution
- Concentrated solution
- Very dilute solution
- Copper
- Manganese
- Zinc
- Molybdenum
- haemoglobin
- leg haemoglobin
- cyano haemoglobin
- none of these
Explanation: Leg-haemoglobin is the oxygen scavanger in root nodules of legumes
- Magnesium
- Molybdenum
- Boron
- Zinc
Explanation: Magnesium
- iron
- calcium
- manganese
- phosphorus
- There is carbohydrate deficient soil
- There is nitrogen deficient soil
- Vitamin c is required
- Hormones are required
Explanation: There is nitrogen deficient soil
- Controlled humidity
- Induction of mutations
- Controlled irradiation
- Growing plants under controlled environment
Explanation: Growing plants under controlled environment
- Mg
- Mn
- Fe
- Cu
Explanation: Toxicity of mangenese leads to the appearance of the brown spots with chlorotic veins.
- brings about healthy root growth
- promotes fruit ripening
- retards protein formation
- none
- P
- K
- Ca
- Na
Explanation: Potassium plays an important role in opening and closing of stomata.
- B
- Mo
- Mn
- Cu
- Nitrogen, Protein, Kinetin
- Nitrogen, Protein, Potassium
- Nitrogen, Potassium, kinetin
- Nitrogen, Phosphorus, Potassium
Explanation: Nitrogen, Phosphorus, Potassium
- Di covalent bonds
- tetra covalent bonds
- triple covalent bonds
- monocovalent bond
Explanation: triple covalent bonds
- Gericke
- Nehar and Sakmann
- Liebig
- Winograndsky
Explanation: Winograndsky
- Carboxylase
- Oxygenase
- Dehydrogenase
- Nitrogenase
Explanation: Nitrogenase
- deficiency symptoms
- Cell differentiation
- toxicity
- Cell elongation
- presence of enzymes
- presence of organic matter
- presence of nutrients
- presence of mineral salts
Explanation: presence of mineral salts
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