Root, Stem & Leaf Structures

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answer yes if it is true and no if it is false

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Dnae Cooper

Bahamas

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Root, Stem & Leaf Structures


Root, Stem & Leaf StructuresVersión en línea answer yes if it is true and no if it is false por Dnae Cooper 1 Leaves carry out photosynthesis mainly in mesophyll cells. Yes No 2 The root system provides anchorage and stores nutrients in roots. Yes No 3 The root system is primarily composed of phloem tissues. Yes No 4 The leaf mesophyll contains cells like palisade and spongy parenchyma for photosynthesis. Yes No 5 Stems support the plant and transport water and nutrients via xylem and phloem. Yes No 6 The root absorbs water and minerals from the soil through root hairs. Yes No 7 Phloem transports water and minerals from roots to leaves. Yes No 8 Mesophyll cells are completely absent in all monocot leaves. Yes No 9 Xylem transports sugars; phloem transports water. Yes No 10 The root's main photosynthetic tissue is the cortex. Yes No 11 Leaves have stomata that regulate gas exchange and water loss. Yes No 12 Stems mainly absorb water through stomata. Yes No 13 The phloem transports sugars from photosynthetic sources to other parts of the plant. Yes No 14 Leaves are impermeable to CO2 during photosynthesis. Yes No 15 Xylem vessels in stems transport water upward from roots. Yes No 16 The root epidermis has root hairs to increase surface area for absorption. Yes No 17 The vascular tissue in stems includes xylem and phloem arranged in bundles. Yes No 18 Guard cells are located in the leaf mesophyll tissue. Yes No 19 Stems store all of a plant's water in a central cavity. Yes No 20 Root hairs are extensions of stem epidermal cells. Yes No

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Root, Stem & Leaf Structures

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Creada por

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Sí o No

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Root, Stem & Leaf StructuresVersión en línea

por Dnae Cooper

Leaves carry out photosynthesis mainly in mesophyll cells.

The root system provides anchorage and stores nutrients in roots.

The root system is primarily composed of phloem tissues.

The leaf mesophyll contains cells like palisade and spongy parenchyma for photosynthesis.

Stems support the plant and transport water and nutrients via xylem and phloem.

The root absorbs water and minerals from the soil through root hairs.

Phloem transports water and minerals from roots to leaves.

Mesophyll cells are completely absent in all monocot leaves.

Xylem transports sugars; phloem transports water.

The root's main photosynthetic tissue is the cortex.

Leaves have stomata that regulate gas exchange and water loss.

Stems mainly absorb water through stomata.

The phloem transports sugars from photosynthetic sources to other parts of the plant.

Leaves are impermeable to CO2 during photosynthesis.

Xylem vessels in stems transport water upward from roots.

The root epidermis has root hairs to increase surface area for absorption.

The vascular tissue in stems includes xylem and phloem arranged in bundles.

Guard cells are located in the leaf mesophyll tissue.

Stems store all of a plant's water in a central cavity.

Root hairs are extensions of stem epidermal cells.