Transport of Water and Mineral Ions in Plants

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