Deck 4: Tissues
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Deck 4: Tissues
1
The primary activity of cells of meristematic tissues is ______________________.
A) support
B) transport of water
C) photosynthesis
D) cell division
E) defense
A) support
B) transport of water
C) photosynthesis
D) cell division
E) defense
D
2
Which of the following is a type of sclerenchyma cell?
A) companion cell
B) sieve-tube element
C) procambium cell
D) ray cell
E) fiber
A) companion cell
B) sieve-tube element
C) procambium cell
D) ray cell
E) fiber
E
3
In grasses and related plants, intercalary meristems are found in the vicinity of
A) axillary buds.
B) roots.
C) nodes.
D) cuticles.
E) leaf tips.
A) axillary buds.
B) roots.
C) nodes.
D) cuticles.
E) leaf tips.
C
4
A tissue composed of thin-walled cells with interconnecting air spaces between them is called
A) collenchyma.
B) chlorenchyma.
C) sclerenchyma.
D) aerenchyma.
E) secretory tissue.
A) collenchyma.
B) chlorenchyma.
C) sclerenchyma.
D) aerenchyma.
E) secretory tissue.
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5
Lignin is found primarily in
A) parenchyma.
B) sclerenchyma.
C) collenchyma.
D) aerenchyma.
E) chlorenchyma.
A) parenchyma.
B) sclerenchyma.
C) collenchyma.
D) aerenchyma.
E) chlorenchyma.
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6
Which of the following tissues has support as one of its primary functions?
A) phloem
B) vascular cambium
C) parenchyma
D) cork cambium
E) collenchyma
A) phloem
B) vascular cambium
C) parenchyma
D) cork cambium
E) collenchyma
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7
What is the function of collenchyma tissue?
A) metabolism
B) conduction of food
C) provide strength to growing organs
D) prevent water loss
E) photosynthesis
A) metabolism
B) conduction of food
C) provide strength to growing organs
D) prevent water loss
E) photosynthesis
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8
Primary meristems produce tissues that ________________.
A) increase the width of a plant
B) increase the mass of a plant
C) increase the length of a plant
D) lead to the production of bark
E) produce the cork cambium
A) increase the width of a plant
B) increase the mass of a plant
C) increase the length of a plant
D) lead to the production of bark
E) produce the cork cambium
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9
Actively dividing cells can be found in
A) meristems.
B) xylem tissue.
C) epidermal tissue.
D) center of stems.
E) phloem tissue.
A) meristems.
B) xylem tissue.
C) epidermal tissue.
D) center of stems.
E) phloem tissue.
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10
Which tissue is derived from the apical meristem?
A) protoderm
B) cork cambium
C) periderm
D) secondary phloem
E) secondary xylem
A) protoderm
B) cork cambium
C) periderm
D) secondary phloem
E) secondary xylem
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11
Groups of cells that have a similar structure or common function are called ______________.
A) tissues
B) meristems
C) differentiated cells
D) primary meristems
E) secondary meristems
A) tissues
B) meristems
C) differentiated cells
D) primary meristems
E) secondary meristems
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12
Which of the following is a meristematic tissue?
A) parenchyma
B) periderm
C) cork cambium
D) epidermis
E) collenchyma
A) parenchyma
B) periderm
C) cork cambium
D) epidermis
E) collenchyma
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13
Parenchyma cells that develop irregular extensions of the cell wall that greatly increase the surface area are called
A) transfer cells.
B) sclereids.
C) aerenchyma.
D) tracheids.
E) lenticels.
A) transfer cells.
B) sclereids.
C) aerenchyma.
D) tracheids.
E) lenticels.
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14
Which of the following cells has a relatively thick wall?
A) companion cell
B) parenchyma cell
C) sclereid
D) sieve-tube element
E) vascular cambium cell
A) companion cell
B) parenchyma cell
C) sclereid
D) sieve-tube element
E) vascular cambium cell
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15
You would expect to find collenchyma cells in the
A) center of the root.
B) in herbaceous stems, just underneath the epidermis.
C) apical meristem.
D) in xylem tissue of woody trees
E) both [apical meristem and xylem of woody plants] are correct.
A) center of the root.
B) in herbaceous stems, just underneath the epidermis.
C) apical meristem.
D) in xylem tissue of woody trees
E) both [apical meristem and xylem of woody plants] are correct.
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16
The tiny cavity at the center of fiber and stone cells is called a
A) vacuole.
B) air space.
C) lumen.
D) food pocket.
E) water-storage area.
A) vacuole.
B) air space.
C) lumen.
D) food pocket.
E) water-storage area.
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17
Primary tissues can be traced to their origin in
A) lateral meristems.
B) vascular cambium.
C) cork cambium.
D) apical meristems.
E) intercalary meristems.
A) lateral meristems.
B) vascular cambium.
C) cork cambium.
D) apical meristems.
E) intercalary meristems.
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18
In which location would an intercalary meristem be found?
A) apical regions
B) base of grass leaves
C) tips of leaves
D) tips of roots
E) shoot tips
A) apical regions
B) base of grass leaves
C) tips of leaves
D) tips of roots
E) shoot tips
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19
Which of the following is a meristematic tissue?
A) parenchyma
B) cork cambium
C) xylem
D) collenchyma
E) epidermis
A) parenchyma
B) cork cambium
C) xylem
D) collenchyma
E) epidermis
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20
Lateral meristems, such as ________________, produce tissues that increase the girth of a plant.
A) vascular cambium
B) secondary phloem
C) periderm
D) parenchyma
E) collenchyma
A) vascular cambium
B) secondary phloem
C) periderm
D) parenchyma
E) collenchyma
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21
In woody dicots, the periderm eventually replaces
A) xylem.
B) phloem.
C) epidermis.
D) parenchyma.
E) lenticels.
A) xylem.
B) phloem.
C) epidermis.
D) parenchyma.
E) lenticels.
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22
What cell type is NOT found in the xylem of flowering plants?
A) vessel elements
B) ray cells
C) fibers
D) companion cells
E) tracheids
A) vessel elements
B) ray cells
C) fibers
D) companion cells
E) tracheids
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23
A primary function of tracheids is
A) food storage.
B) food conduction.
C) water conduction.
D) water storage.
E) secretion of latex.
A) food storage.
B) food conduction.
C) water conduction.
D) water storage.
E) secretion of latex.
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24
In forming the sieve tube, one sieve tube element is connected to another sieve tube element by
A) pits.
B) stomata.
C) sieve pores.
D) perforations.
E) bordered pits.
A) pits.
B) stomata.
C) sieve pores.
D) perforations.
E) bordered pits.
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25
Fiber cells are commonly found in
A) collenchyma.
B) parenchyma.
C) epidermis.
D) xylem.
E) periderm.
A) collenchyma.
B) parenchyma.
C) epidermis.
D) xylem.
E) periderm.
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26
Simple tissues such as ____________ are composed of a single type of cell.
A) secretory tissues
B) phloem
C) epidermis
D) cork
E) parenchyma
A) secretory tissues
B) phloem
C) epidermis
D) cork
E) parenchyma
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27
The porous cell wall regions of food-conducting cells are called
A) ray initials.
B) pits.
C) albuminous cells.
D) sieve plates.
E) sieve tubes.
A) ray initials.
B) pits.
C) albuminous cells.
D) sieve plates.
E) sieve tubes.
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28
Conducting cells that are open at either end include
A) sieve cells.
B) vessel elements.
C) parenchyma cells.
D) fibers.
E) stone cells.
A) sieve cells.
B) vessel elements.
C) parenchyma cells.
D) fibers.
E) stone cells.
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29
A cell type that has thin primary cell walls, a large vacuole, and is living at maturity is a
A) sclereid.
B) parenchyma cell.
C) tracheid.
D) fiber.
E) vessel.
A) sclereid.
B) parenchyma cell.
C) tracheid.
D) fiber.
E) vessel.
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30
Which cell type has a thick and lignified cell wall?
A) parenchyma
B) sieve tube member.
C) collenchyma
D) sclereid
E) trichome
A) parenchyma
B) sieve tube member.
C) collenchyma
D) sclereid
E) trichome
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31
Guard cells differ from other epidermal cells in having
A) uniformly thickened walls.
B) no nucleus.
C) chloroplasts.
D) surface hairs.
E) large pores in the walls.
A) uniformly thickened walls.
B) no nucleus.
C) chloroplasts.
D) surface hairs.
E) large pores in the walls.
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32
Which is a type of sclerenchyma cell?
A) tracheid
B) guard cell
C) collenchyma
D) sieve tube
E) sclereid
A) tracheid
B) guard cell
C) collenchyma
D) sieve tube
E) sclereid
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33
The tissue in which lenticels are formed is
A) periderm.
B) chlorenchyma.
C) epidermis.
D) cork cambium.
E) collenchyma.
A) periderm.
B) chlorenchyma.
C) epidermis.
D) cork cambium.
E) collenchyma.
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34
Underground epidermal cells may have the exterior cell wall extended into a long, thin thread-like structure called ____________.
A) a glandular hair
B) a secretory cell
C) a root hair
D) lenticels
E) cuticle
A) a glandular hair
B) a secretory cell
C) a root hair
D) lenticels
E) cuticle
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35
Which of the following tissues has sugar conduction as a primary function?
A) epidermis
B) parenchyma
C) sclerenchyma
D) collenchyma
E) phloem
A) epidermis
B) parenchyma
C) sclerenchyma
D) collenchyma
E) phloem
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36
Which of the following may be secreted by secretory cells?
A) nectar
B) oils
C) mucilage
D) resins
E) all of these answers are correct
A) nectar
B) oils
C) mucilage
D) resins
E) all of these answers are correct
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37
The fatty substance in the walls of cork cells is
A) cutin.
B) latex.
C) suberin.
D) pectin.
E) cellulose.
A) cutin.
B) latex.
C) suberin.
D) pectin.
E) cellulose.
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38
Which is a type of epidermal cell?
A) guard cell
B) collenchyma
C) trichome
D) cork cell
E) both [guard cell and trichome] are correct
A) guard cell
B) collenchyma
C) trichome
D) cork cell
E) both [guard cell and trichome] are correct
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39
Rays function primarily in
A) vertical transport.
B) water storage.
C) food manufacture.
D) waste storage.
E) lateral transport.
A) vertical transport.
B) water storage.
C) food manufacture.
D) waste storage.
E) lateral transport.
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40
Vessels (or vessel members)are different from tracheids because
A) vessels conduct sugars, tracheids conduct water.
B) vessels are living cells, tracheids are dead cells.
C) vessels have perforated end walls, tracheids do not.
D) vessels have smooth walls, tracheids have perforated end walls.
E) vessels conduct water, tracheids conduct sugars.
A) vessels conduct sugars, tracheids conduct water.
B) vessels are living cells, tracheids are dead cells.
C) vessels have perforated end walls, tracheids do not.
D) vessels have smooth walls, tracheids have perforated end walls.
E) vessels conduct water, tracheids conduct sugars.
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41
Periderm is another name for epidermis.
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42
Albuminous cells function in the same manner as companion cells.
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43
Based on the structures of tracheids and vessels, you would expect water transport to be faster in tracheids than in vessels.
The vessel elements of xylem have adjacent companion cells that aid in the conduction of water.
The vessel elements of xylem have adjacent companion cells that aid in the conduction of water.
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44
The porous regions of sieve-tube elements are called sieve plates.
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45
In woody plants most of the vascular tissues are produced by the cork cambium.
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46
Some epidermal cells may be modified as glands.
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47
Secretory cells release substances that have been produced in the protoplasm.
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48
The vascular cambium produces tissues that increase the girth of a plant.
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49
Stone cells and fibers have relatively thick walls.
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50
The primary function of sieve tubes is conduction of sugar.
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51
Leaves and primary stems interface with the environment through the _______________ tissue.
A) vascular
B) parenchyma
C) secretory tissues
D) epidermal tissues
E) aerenchyma tissue
A) vascular
B) parenchyma
C) secretory tissues
D) epidermal tissues
E) aerenchyma tissue
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52
Sieve-tube elements have pairs of pits in their end walls.
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53
The function of companion cells is:
A) to conduct food from one part of the plant to another
B) to aid the associated sieve tube members with its cellular activities.
C) to conduct water and minerals from one part of the plant to another.
D) to conduct food laterally.
E) to do all of the functions listed above.
A) to conduct food from one part of the plant to another
B) to aid the associated sieve tube members with its cellular activities.
C) to conduct water and minerals from one part of the plant to another.
D) to conduct food laterally.
E) to do all of the functions listed above.
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54
Latex and resin are examples of substances conducted by the phloem.
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55
Wood (woody tissues)are produced by __________________.
A) cork cambium
B) vascular cambium
C) procambium
D) apical meristems
E) callus tissue
A) cork cambium
B) vascular cambium
C) procambium
D) apical meristems
E) callus tissue
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56
The different primary meristems produce cells which will develop and mature into different tissues.
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57
In most cone-producing trees (such as pines), tracheids and albuminous cells function like the ___________ and ________ of flowering plants.
A) vessel elements; companion cells
B) sieve tube members; rays
C) companion cells; vessel elements
D) ray initials; vessel elements
E) sieve tube members; vessel elements
A) vessel elements; companion cells
B) sieve tube members; rays
C) companion cells; vessel elements
D) ray initials; vessel elements
E) sieve tube members; vessel elements
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58
Companion cells are found adjacent to vessel elements.
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59
Chlorenchyma tissue is composed primarily of collenchyma cells.
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60
Nectar is an example of a substance transported in the xylem tissue.
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61
The cuticle is located on the inside of epidermal cell walls.
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62
The epidermis is a complex tissue because the epidermis has different functions in the root and leaves.
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