a. penicillin b. Oxytocin c. Erythromycin d. Tetracyline Ans. b (40)
a. Pyretics b. Antipyretics c. Antibiotics d. Antiseptics Ans. b (5)
a. Narrow spectrum antibiotic b. Broad spectrum analgestic c. Broad spectrum antibiotic d. Broad spectrum antibacterial Ans. c (11)
(a) Capsule (b) Microsporophyll (c) Microsporangia (d) Megasporophyll Answer: d (11)
a. Streptomycin b. Penicillin c. Chloramphenicol d. Tetracylin Ans. b (11)
a. Tetracycline b. Chloromycetin c. Penicillin d. None of these Ans. c (6)
a. Chloroxylenol and Bithionol b. Chloroxylenol and Terpineol c. Phenol and lodine d. Terpineol and Bithionol Ans. b (7)
a. Methyl salicylic acid b. Acetyl salicylic acid c. Acetyl salicylate d. Methyl salicylate Ans. b (10)
(a) Eucalyptus regnans (b) Sequoia sempervirens (c) Pinus logifolia (d) Pinus roxburgii Answer: a (9)
(a) Heterotrophic (b) Saprophytic (c) Parasitic (d) Autotrophic Answer: a (13)
(a) Bryophyte (b) Pteridophyta (c) Bryophyta (d) Angiosperm Answer: d (7)
NaNO 2 in dilute HCI followed by addition to an alkaline solution of β – naphthol is Ans. c (4)
(a) Angiosperm (b) Gymnosperm (c) Pteridophyta (d) Fern Answer: a (10)
(a) Haplostele (b) Atactostele (c) Dictyostele (d) Actinostele Answer: b (12)
(a) Angiosperms (b) Gymnosperms (c) Pteridophytes (d) Both (a) and (b) Answer: d (6)
(a) Monochlamydae (b) Gamopetale (c) Polychlamydae (d) Polypetalae Answer: d (23)
(a) Cuscuta (b) Neottia (c) Agaricus (d) Mango Answer: b (10)
(a) Ovule (b) Xylem vessels (c) Xylem tracheids (d) Seed Answer: b (12)
a. Methyl orange b. Methyl red c. Phenolphthalein d. All of these Ans. a (13)
(a) Riccia (b) Funaria (c) Selaginella (d) None of these Answer: d (9)
a. Dechlormethane solution of β – naphthol b. Acidic solution of β – napthol c. Neutral solution of β – napthol d. Alkalin solution of β – napthol Ans. d (12)
(a) Trapa (b) Orchid (c) Screw pine (d) Podostemon Answer: b (8)
(a) Drosera and Rafflesia (b) Nepenthes and bladder wart (c) Dionaea and Viscum (d) Venus fly trap and Rafflesia Answer: b (63)
p – hpdrozxy azo benzene β – napthyl azo benzene p – amino azo benzene p – N, N dimethyl amino azo benzene Ans. b (10)
a. Benzaldehyde and dimethyl aniline b. Carbonyl chloride and dimethyl aniline c. Benzene diazonium chloride with dimethyl aniline d. None of the above Ans. d (8)
(a) Dicot plant (b) Monocot plant (c) Data are incomplete (d) Both (a) and (b) Answer: b (5)
(a) Vascular tissue (b) Ovary (c) Seed (d) Naked ovule Answer: d (6)
a. – N = N – b. – NO c. -NO 2 d. -NH 2 Ans. d (11)
(a) Inevitably requires living host (b) Only requires dead organic matter to live (c) Is actually a parasite but can also become saprophyte (d) Is actually a saprophyte but can also become a parasite Answer: d (7)
a. Cotton dyeing b. Printing c. Painting d. Chromium lakes for wood dyeing Ans. c (8)
a. Martius yellow b. Alizarin c. Phenolphthalein d. Orange I Ans. b (6)
(a) Bryophytes (b) Pteridophytes (c) Gymnosperms (d) Angiosperms Answer: d (7)
(a) Gymnosperms (b) Angiosperms (c) Dicots (d) Monocots Answer: c (7)
(a) Opuntia (b) Drosera (c) Vallisnaria (d) Pistia Answer: b (7)
(a) Viscum (b) Balanophora (c) Monotropa (d) Loranthus Answer: c (11)
a. Indigo was extracted in India from plants of the Indigo ferra group b. The chemical structure of Indigo was determined by Baeyer, a German chemist who also synthesized it c. Indigo is a dark blue solid soluble in water …