Do the bottom diagram Find all th calculations Micrograph width is 0.2mm at 400xDraw a micrograph diagram and calculations Zea mays (corn, a monocot) leaf cross section,100X.ВA = spongy mesophyll; B = upper epidermis; C= upper cuticle; D = xylem; E = vein; F =phloem; G = lower cuticle; H = stoma, I =guard cell, J = lower epidermisFunction:The spongy mesophyll has air spaces for gasexchange and produces carbohydrates byphotosynthesis. The upper and lower cuticleprotect the leaf from water, sealing water insideand preventing excess rainwater from entering.The upper and lower epidermis produce thecuticle and protect the leaf from herbivores andparasites. The xylem transports water into theleaf while the phloem begins the sugartransport down to the roots. The guard cellsopen and close the stoma, which is the small airspace between them.E-Tissue Breakdown:Epidermal tissue: epidermis.Ground tissue: spongy mesophyll.Vascular tissue: xylem and phloem.Meristem tissue: none (leaves do not grow newleaves).FCAt 40X, micrograph width = 2 mm; at 100X,micrograph width = 0.8 mm; at 400X,micrograph width = 0.2 mm; at 1000X,micrograph width = 0.08 mm.AJ G

A micrograph or photomicrograph is an image or digital image taken with a microscope or similar…

Answered: Do the bottom diagram Find all th…

Do the bottom diagram Find all th calculations Micrograph width is 0.2mm at 400x Draw a micrograph diagram and calculations

Biology: The Unity and Diversity of Life (MindTap Course List)

15th Edition

ISBN:9781337408332

Author:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr

Chapter27: Plant Tissues

Section: Chapter Questions

Problem 14SQ: Tree rings occur _______. a. when there are droughts during the time the rings form b. where...

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Question

Do the bottom diagram Find all th calculations Micrograph width is 0.2mm at 400x Draw a micrograph diagram and calculations

Zea mays (corn, a monocot) leaf cross section,
100X.
В
A = spongy mesophyll; B = upper epidermis; C
= upper cuticle; D = xylem; E = vein; F =
phloem; G = lower cuticle; H = stoma, I =
guard cell, J = lower epidermis
Function:
The spongy mesophyll has air spaces for gas
exchange and produces carbohydrates by
photosynthesis. The upper and lower cuticle
protect the leaf from water, sealing water inside
and preventing excess rainwater from entering.
The upper and lower epidermis produce the
cuticle and protect the leaf from herbivores and
parasites. The xylem transports water into the
leaf while the phloem begins the sugar
transport down to the roots. The guard cells
open and close the stoma, which is the small air
space between them.
E-
Tissue Breakdown:
Epidermal tissue: epidermis.
Ground tissue: spongy mesophyll.
Vascular tissue: xylem and phloem.
Meristem tissue: none (leaves do not grow new
leaves).
F
C
At 40X, micrograph width = 2 mm; at 100X,
micrograph width = 0.8 mm; at 400X,
micrograph width = 0.2 mm; at 1000X,
micrograph width = 0.08 mm.
A
J G

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