Matching
Choose the one most appropriate answer for each.
Premises:
vascular bundle
Responses:
embryonic leaf of a flowering plant
one type of dead cell that conducts water and lends structural support to plant parts
multi-stranded cluster of xylem, phloem, and sclerenchyma fibers running through a stem or leaf
the principal photosynthetic region of a leaf
gives rise to periderm
cell that conducts food from a photosynthetic source area to a storage sink area
mass of rapidly dividing stem cells in the tip of a shoot or root
single layer of cells that separates the root cortex from the vascular cylinder
region on a stem that gives rise to new shoots or roots
long, tapered sclerenchyma cell occurring in a bundle that supports and protects vascular tissue in stems and leaves
provides metabolic support and transfer sugars into sieve elements
Correct Answer:
Premises:
Responses:
embryonic leaf of a flowering plant
one type of dead cell that conducts water and lends structural support to plant parts
multi-stranded cluster of xylem, phloem, and sclerenchyma fibers running through a stem or leaf
the principal photosynthetic region of a leaf
gives rise to periderm
cell that conducts food from a photosynthetic source area to a storage sink area
mass of rapidly dividing stem cells in the tip of a shoot or root
single layer of cells that separates the root cortex from the vascular cylinder
region on a stem that gives rise to new shoots or roots
long, tapered sclerenchyma cell occurring in a bundle that supports and protects vascular tissue in stems and leaves
provides metabolic support and transfer sugars into sieve elements
Premises:
embryonic leaf of a flowering plant
one type of dead cell that conducts water and lends structural support to plant parts
multi-stranded cluster of xylem, phloem, and sclerenchyma fibers running through a stem or leaf
the principal photosynthetic region of a leaf
gives rise to periderm
cell that conducts food from a photosynthetic source area to a storage sink area
mass of rapidly dividing stem cells in the tip of a shoot or root
single layer of cells that separates the root cortex from the vascular cylinder
region on a stem that gives rise to new shoots or roots
long, tapered sclerenchyma cell occurring in a bundle that supports and protects vascular tissue in stems and leaves
provides metabolic support and transfer sugars into sieve elements
Responses:
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