A) Chrysophyta B) Schizophyta C) Pyrrophyta D) Euglenophyta E) Protozoa
A) Flagella B) Cilia C) pseudopodia D) Pellicle
A) Mucor B) Mushroom C) Rhizopus D) Mucillage
A) Their floral parts exists in groups of four or five B) The vascular bundles of the stem are scattered C) They usually undergo secondary growth D) They have tap root
A) Mineral gas B) Sunlight C) Chlorophyll D) Carbondioxide and water
A) Nicotinamide adenine dinucleotide phosphine B) Nicotinamine adenine dinucleotine phosphate C) Nicotine adenine dinucleotide phosphate D) Nicotinamide adenine dinucleotide phosphate
A) Adenosine trioxosilico phosphate B) Adenosine triphosphate C) Adenosine triphosphine D) Adenine triphosphate
A) Movement B) Excretion C) The storage of starch D) The synthesis of food
A) They have true roots, stems and leaves B) They are complex , multicellular green plants C) Their cells are differentiated into tissues D) They are non - vascular plants
A) Light intensity B) High density C) Temperature D) Water E) Relative humidity
A) Hydroxyl is converted to water and oxygen is produced as by product B) Carbondioxide is reduced to sugar C) The light energy is captured by chlorophyll and electrons are excited. D) The energy split water into hydrogen ions and hydroxyl ions.
A) It leads to a slower rate of diffusion B) Mutual interdependence between component cells C) Internal structural specialisation D) Increase adaptation to the environment.
A) White tiles and boiling tubes B) Benedict's solution C) Methylated spirit D) Iodine solution
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