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WorksheetsTransport of Water and Mineral Ions in Plants
Total questions: 20
Worksheet time: 11mins
transport in plants happen caused by 3 processes in a specific order, those are ...
osmosis, cohesion-adhesion, transpiration
cohesion-adhesion, transpiration, osmosis
transpiration, osmosis, cohesion-adhesion
osmosis, transpiration, cohesion-adhesion
water intake in root happen by ...
osmosis
active transport
endocytosis
pinocytosis
water from soil can enter the root because ...
soil is hipotonic
root cells have lower water potential
soil is less concentrated than root cells
there is no concentration gradient between soil and root cells
here is the correct order of root parts from the highest to the lowest water potential ...
epidermis-cortex-endodermis-xylem
epidermis-endodermis-cortex-xylem
xylem-endodermis-cortex-epidermis
xylem-cortex-endodermis-epidermis
here is the correct order of root parts from the lowest to the highest water potential ...
epidermis-cortex-endodermis-xylem
epidermis-endodermis-cortex-xylem
xylem-endodermis-cortex-epidermis
xylem-cortex-endodermis-epidermis
passively, water always move from ... to ... of water potential
high...low
low...high
to sum up, water move through this pathway ...
epidermis-cortex-endodermis-xylem-leaf-air
cortex-epidermis-endodermis-leaf-xylem-air
cortex-epidermis-xylem-endodermis-leaf-air
epidermis-endodermis-xylem-cortex-leaf-air
... is an interaction between ... substance. in plants transport, it happen as the effect of ... bond between ... and ...
cohesion, same, hydrogen, water, water
cohesion, different, hydrogen, water, xylem wall
adhesion, same, hydrogen, water, water
adhesion, same, hydrogen, xylem wall-xylem wall
by symplastic pathway, water travel to xylem through ...
cytoplasm of cells connected by plasmodesmata
intercellular space
by apoplastic pathway, water travel to xylem through ...
cytoplasm of cells connected by plasmodesmata
intercellular space
If water enter via ... pathway, it will be blocked by ..., that is a waterproof lining which present in ... cells
apoplastic, casparian strip, endodermis
apoplastic, endodermis, casparian strip
symplastic, casparian strip, endodermis
symplastic, endodermis, casparian strip
in xylem structure, which type of cell that have main function as transporter?
tracheids
vessel elements
xylem fibers
xylem parenchyma
transpiration through leaves is affected by following factors, including ...
light intensity
temperature
speed of wind
humidity
the rate of transpiration is inversely proportional to ...
light intensity
temperature
humidity
wind speed
in order to prevent excess water loss, xeropbytic plants have ...
thick cuticle
more stomata on the upper surface
wide leaves
thin leaves
mineral ions taken from soil by process called as ...
active transport
endocytosis
osmosis
facilitated diffusion
to be succeed entering the root, the condition should be ...
soil is hypertonic
enough ATP is present in the root cell
mineral ions in soil should be more than in the root cell
mineral ions have to move down the concentration gradient
here are factors affecting rate of mineral ions intake, including ...
surface area
presence of cuticle
thickness of cell wall
amount of mitochondria
what is the speciality of stomata in xerophytic plants?
it has hair-like structure in the opening
it is bigger than in other type of plant
it is only located on the upper surface
it is more tightly closed rather than in other types of plant
here are factors which will increase the rate of mineral ions intake, including ...
surface area
presence of cuticle
thick cell wall
amount of mitochondria
