(a) Leaves of moss plants (b) Axis of the moss plant (c) Apophysis of capsule of moss (d) All the above Ans. c (9)
(a) Marchantia (b) Riccia (c) Sphagnum (d) Funaria Ans. c (9)
(a) Angiosperm (b) Polytrichum (c) Nephrolepis (d) Cycas Ans. b (12)
(a) Absorption of food (b) Conduction of sap (c) Spore dispersal (d) To provide support Ans. c (17)
(a) Same (b) One-half (c) Double (d) Triple Ans. a (5)
(a) Funaria (b) Selaginella (c) Fern (d) Pinus Ans. a (15)
(a) Protonema (b) Leafy gametophyte (c) Spore (d) Sporophyte Ans. b (5)
(a) Spirogyra (b) Rhizopus (c) Funaria (d) Escherichia Ans. c (9)
(a) 2 (b) 3 (c) 5 (d) 6 to 18 Ans. d (3)
(a) Seta (b) Peristome (c) Annulus (d) Foot Ans. d (7)
(a) Endodermis (b) Hadrome (c) Hypodermis (d) Piliferous layer Ans. b (9)
(a) Foot, seta and capsule (b) Spore sac (c) Capsule only (d) Foot and capsule Ans. a (20)
(a) Primary protonema (b) Gemmae (c) Secondary protonema (d) All the above Ans. d (6)
(a) Upper part (b) Middle part (c) Lower part (d) Fertile part Ans. c (8)
(a) 4 teeth in one ring (b) 32 teeth in 2 rings (c) 16 teeth in one rings (d) 16 teeth in 2 rings Ans. b (7)
(a) Dioecious and autoecious (b) Monoecious and autoecious (c) Dioecious and heteroecious (d) Monoecious and heteroecious Ans. b (7)
(a) Operculum (b) Peristome (c) Annulus (d) Calyptra Ans. c (9)
(a) Stem and leaves (b) Root, stem and leaves (c) Rhizoid, stem and leaves (d) None of the above Ans. …
(a) Antheridium (b) Oogonium (c) Archegonium (d) Sporangium Ans. c (11)
(a) Antheridium (b) Columella (c) Capsule (d) Archegonium Ans. d (8)
(a) Marchantia (b) Riccia (c) Funaria (d) Anthoceros Ans. c (30)
(a) Haploid (b) Diploid (c) Triploid (d) Polyploid Ans. b (3)
(a) Gametes (b) Zygote (c) Spore mother cells (d) Spores Ans. a (8)
(a) Fungi (b) Bryophytes (c) Pteridophytes (d) Gymnosperms Ans. b (5)
(a) Morphological anisogamy and physiological isogamy (b) Morphological as well as physiological isogamy (c) Morphological as well as physiological anisogamy (d) Morphological isogamy and physiological anisogamy Ans. d (6)
(a) Angiosperms (b) Gymnosperms (c) Bryophytes (d) Pteridophytes Ans. c (8)
(a) Motile sperms (b) Presence of archegonium (c) Water essential for fertilization (d) Photosynthetically independent sporophyte Ans. d (47)
(a) Great economic value (b) No value at all (c) Great ecological importance (d) A lot of aesthetic value Ans. c (6)
(a) They possess archegonia (b) They contain chloroplast (c) They are thalloid (d) All of these Ans. d (34)
(a) Sporophyte is of longer duration (b) Dominant phase of sporophyte which is parasitic (c) Dominant phase of gametophyte which produces spores (d) Small sporophyte phase and generally parasitic on gametophyte Ans. d (10)
(a) Brown algae (b) Red algae (c) Mosses (d) All the above Ans. c (5)
(a) Algae (b) Fungi (c) Bryophyta (d) All the above Ans. c (22)
(a) Sporogonium (b) Sporangium (c) Antheridium (d) Archegonium Ans. d (8)
(a) A diploid tissue responsible for the formation of sporogenous tissue (b) A part of archegonia (c) A haploid tissue responsible for the formation of gametophytic cells (d) None of the above Ans. a (8)
(a) Swimming antherozoids (b) An independent gametophyte (c) Archegonia (d) Lack of vascular tissue Ans. d (21)
(a) Club moss (b) Reindeer moss (c) Irish moss (d) Bogg moss (Sphagnum Ans. d (10)
(a) Eastern Himalayas (b) Western Himalayas (c) Western Ghats (d) Eastern Ghats Ans. c (8)
(a) Algae (b) Fungi (c) Bryophytes (d) Pteridophytes Ans. c (6)
(a) Buxbaumia aphylla (b) Ricciocarpus natans (c) Riccia fluitans (d) Radula sp Ans. a (7)