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