A) Muscular tissue B) Neural tissue C) Dermal tissue D) Connective tissue
A) Photosynthesis only B) Formation of new leaves C) Protection and gas exchange D) Long distance transport
A) Epidermal cells B) Xylem cells C) Sclerenchyma cells D) Parenchyma cells
A) Dermal tissue B) Ground tissue C) Cambium tissue D) Epidermal tissue
A) Xylem, phloem, and cambium B) Parenchyma, collenchyma, and sclerenchyma C) Stomata, guard cells, and root hairs D) Epidermal, dermal, and vascular
A) Cambium differentiation B) Surface protection C) Gas exchange D) Photosynthesis
A) Surface protection B) Water conduction C) Structural support D) Phloem transport
A) It may be lost B) It turns into dermal tissue C) It increases significantly D) It becomes vascular tissue
A) Dermal and ground tissues B) Xylem, phloem, and cambium C) Epidermal cells and guard cells D) Parenchyma, collenchyma, and sclerenchyma
A) Photosynthesis B) Gas exchange control C) Outer surface protection D) Long distance transport
A) Oxygen gas B) Carbon dioxide C) Minerals D) Epidermal cells
A) It is only found in woody stems B) It varies widely C) It is always identical D) It is arranged in a single layer
A) Stem B) Leaf C) Flower D) Seed
A) Stolon B) Culm C) Trunk D) Thyrsus
A) Internodes B) Pedicels C) Nodes D) Buds
A) Anchors the plant in soil B) Produces flowers C) Stores photosynthesis products D) Distances one node from another
A) Nodes B) Stalks C) Shoots D) Haulms
A) Sieve tubes B) Meristems C) Heartwood cells D) Companion cells
A) Arborescent B) Acaulescent C) Caespitose D) Fruticose
A) Cladode B) Rhizome C) Tuber D) Corm
A) Stolon B) Rhizome C) Bulb D) Runner
A) Corm B) Rhizome C) Bulb D) Tuber
A) Corm B) Tuber C) Rhizome D) Bulb
A) Peduncle B) Stolon C) Pedicel D) Scape
A) Cambium B) Phloem C) Sapwood D) Heartwood
A) Pith B) Sapwood C) Heartwood D) Cortex
A) Woody B) Arborescent C) Herbaceous D) Fruticose
A) Corm B) Rhizome C) Runner D) Tuber
A) Pseudostem B) Stalk C) Haulm D) Thyrsus
A) Pith B) Vascular cambium C) Cork D) Tracheids
A) Resin ducts B) Bark C) Phelloderm D) Epidermis
A) Stomata B) Trichomes C) Lenticels D) Cuticle
A) Lenticels B) Phelloderm C) Rhizomes D) Trichomes
A) Starch B) Resin C) Lignin D) Water
A) Pith B) Periderm C) Collenchyma D) Hypodermis
A) Lenticels B) Resin ducts C) Leaf gaps D) Stomata
A) Phelloderm B) Cork C) Wood D) Bark
A) Botany B) Anatomy C) Dendroclimatology D) Dendrochronology
A) Vessels B) Trichomes C) Tracheids D) Pith
A) Rhizomes B) Softwoods C) Hardwoods D) Monocots
A) Starch B) Pith C) Resin D) Phelloderm
A) Shoot apex B) Rhizomes C) Trunks D) Vascular rings
A) Leaf gap B) Vascular bundle C) Lenticel D) Stomata
A) Air pollutants B) Oxygen C) Water D) Sunlight
A) Turnip B) Carrot C) Potato D) Radish
A) Acacia sap B) Sugarcane stems C) Palm fruit D) Maple leaves
A) Asparagus B) Broccoli C) Spinach D) Lettuce
A) Flower B) Root C) Bark D) Leaf
A) Chicle B) Tannin C) Resin D) Gum arabic
A) Aspirin B) Curare C) Camphor D) Quinine
A) Bark of tropical vines B) Roots of palm trees C) Leaves of shrubs D) Wood of pine trees
A) Paper B) Steel C) Aluminum D) Glass
A) Resin B) Cork C) Rubber D) Tannins
A) Acacia senegal B) Hevea brasiliensis C) Quebracho D) Cinchona
A) Tree bark B) Bamboo pulp C) Papyrus stems D) Cotton fibers
A) Dried bark B) Root extract C) Processed wood D) Fossilized sap
A) Paper birch B) Paperbark maple C) Bamboo D) Corkscrew willow
A) Hevea brasiliensis B) Paper birch C) Acacia senegal D) Cinchona |