1:42 PM Mon Apr 3 <6. Plant...1 copy 5 42 43 44 45 46 47 swater up xylem from soil O retr Phloem transport Sugar transemed from photosynthetic cell to endoderm xyl pericycle p Transpiration • Evaporation of HO fimson mesophyll cells Diffusion of water vapor through stomata Jension created in lea Sugar leavessieve vid H.Olavs vism cox BY when d P companion cell by passive and active transport Sugar and to seve tube cell from companion cell (passive transport) H.O enters sieve element cell via osmosis increases water pressure incl pushes and dissolved sugar along phim Home 10 mil H₂C Slide 45 of 48 Insert эсс ic/ Have higger welter concentration 9999.993 Draw Design xylem water sieve plates water Transitions Animations phloem DE Ruler Draw with Touch Active transport companion source cell (leaf mesophyll cell) nucleus sieve tuberontents II nucleus companion Slide Show sink (root cell) chloroplast glucose and other sugars nucleus nucleus 0 A Ink to Text starch molecules starch grain Figure 9 Transporting sugars from a source to a sink cell involves both passive and active transport. Q Notes 2 76% ... Ink to Shape Comments
1:42 PM Mon Apr 3 <6. Plant...1 copy 5 42 43 44 45 46 47 swater up xylem from soil O retr Phloem transport Sugar transemed from photosynthetic cell to endoderm xyl pericycle p Transpiration • Evaporation of HO fimson mesophyll cells Diffusion of water vapor through stomata Jension created in lea Sugar leavessieve vid H.Olavs vism cox BY when d P companion cell by passive and active transport Sugar and to seve tube cell from companion cell (passive transport) H.O enters sieve element cell via osmosis increases water pressure incl pushes and dissolved sugar along phim Home 10 mil H₂C Slide 45 of 48 Insert эсс ic/ Have higger welter concentration 9999.993 Draw Design xylem water sieve plates water Transitions Animations phloem DE Ruler Draw with Touch Active transport companion source cell (leaf mesophyll cell) nucleus sieve tuberontents II nucleus companion Slide Show sink (root cell) chloroplast glucose and other sugars nucleus nucleus 0 A Ink to Text starch molecules starch grain Figure 9 Transporting sugars from a source to a sink cell involves both passive and active transport. Q Notes 2 76% ... Ink to Shape Comments
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
Related questions
Question
Explain this in simple terms and de
![1:42 PM Mon Apr 3
<
42
43
44
45
46
47
5
af
D
O
6. Plant...1 copy
stele
cambs
Photopols
d
adid
tofa
ufuk
ce
Transpiration
(water loss)
• Evaporation of H₂O films on mesophyll
cells
• Diffusion of water vapor through
stomata
Tension created in leaf
Pulls water up xylem from soil
fansion dow
koks, brama, and Lommen
root hair
epidermis
endodermis
xylem
pericycle
phloem
Phloem transport
Sugar transferred from photosynthetic cell to
Sugar leaves sieve cell via diffusion
H₂O leaves via osmosis
cortex
433
when shampts are
an get cle
in the f
companion cell by passive and active transport
Sugar transferred to sieve tube cell from companion
cell (passive transport)
H₂O enters sieve element cell via osmosis
increases water pressure in cell
pushes H₂O and dissolved sugar along phloem
Home
10 Mil
H₂C
A
Slide 45 of 48
Insert Draw Design
асс
cl
Have
higger
welter concentration
9999.993
xylem
BE
water
sieve
plates
water
●●●
Transitions
phloem
Ruler
Animations
Active transport
companion
source
cell
(leaf mesophyll cell)
nucleus
sieve tilberements
BI
nudeus
Draw with Touch
Slide Show
sink
(root cell)
chloroplast
glucose and
other sugars
nucleus
nucleus
starch
molecules
starch
grain
companion
cell
Figure 9 Transporting sugars from a source to a sink cell involves both passive and active transport.
Ink to Text
Notes
76%
Ink to Shape
Comments](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe0f82c42-5497-4a0c-8b59-c19561ccd747%2Fc6c5e90d-7e02-4352-bf4d-f25a9717d3b0%2Fesslozb_processed.png&w=3840&q=75)
Transcribed Image Text:1:42 PM Mon Apr 3
<
42
43
44
45
46
47
5
af
D
O
6. Plant...1 copy
stele
cambs
Photopols
d
adid
tofa
ufuk
ce
Transpiration
(water loss)
• Evaporation of H₂O films on mesophyll
cells
• Diffusion of water vapor through
stomata
Tension created in leaf
Pulls water up xylem from soil
fansion dow
koks, brama, and Lommen
root hair
epidermis
endodermis
xylem
pericycle
phloem
Phloem transport
Sugar transferred from photosynthetic cell to
Sugar leaves sieve cell via diffusion
H₂O leaves via osmosis
cortex
433
when shampts are
an get cle
in the f
companion cell by passive and active transport
Sugar transferred to sieve tube cell from companion
cell (passive transport)
H₂O enters sieve element cell via osmosis
increases water pressure in cell
pushes H₂O and dissolved sugar along phloem
Home
10 Mil
H₂C
A
Slide 45 of 48
Insert Draw Design
асс
cl
Have
higger
welter concentration
9999.993
xylem
BE
water
sieve
plates
water
●●●
Transitions
phloem
Ruler
Animations
Active transport
companion
source
cell
(leaf mesophyll cell)
nucleus
sieve tilberements
BI
nudeus
Draw with Touch
Slide Show
sink
(root cell)
chloroplast
glucose and
other sugars
nucleus
nucleus
starch
molecules
starch
grain
companion
cell
Figure 9 Transporting sugars from a source to a sink cell involves both passive and active transport.
Ink to Text
Notes
76%
Ink to Shape
Comments
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