The right equation for water potential is

$ψ = ψ_{p} - (ψ_{s} + ψ_{m})$

$ψ = ψ_{p} + (ψ_{s} - ψ_{m})$

$ψ_{w} = ψ_{s} + ψ_{p}$

$ψ_{w} = ψ_{p} + ψ_{π} + ψ_{m}$

Solution

$ψ_{w} = ψ_{p} + ψ_{π} + ψ_{m}$

Water potential is a measure of how freely water molecules can move in a particular environment or system. It is represented by a Greek letter Psi or $ψ$ .

$ψ_{w} = ψ_{p} + ψ_{π} + ψ_{m}$

Some More Questions From Transport in Plants Chapter

For Daily Free Study Material Join wiredfaculty

Transport In Plants

The right equation for water potential is

$ψ = ψ_{p} - (ψ_{s} + ψ_{m})$

$ψ = ψ_{p} + (ψ_{s} - ψ_{m})$

$ψ_{w} = ψ_{s} + ψ_{p}$

$ψ_{w} = ψ_{p} + ψ_{π} + ψ_{m}$

Some More Questions From Transport in Plants Chapter

Give the term for the ability to resist a pulling force.

Who introduced the apoplast—symplast concept ?

Why transpiration is more on lower surface than on upper surface of leaves ?

Give the term for the ability to rise in thin tubes.

What is capillarity ?

Name the two forces responsible for the rise of water in a capillary tube.

Which force is first operative in translocation of water through capillarity : cohesive force or adhesive force ?

Name the driving force for water movements in plants.

What are the two factors which affect osmosis?

What is the condition of having more stomata on the lower surface called?

Mock Test Series

NCERT Sample Papers

Entrance Exams Preparation

Phone Number

Email Address

Loaction

For Daily Free Study Material Join wiredfaculty

Transport In Plants

The right equation for water potential is ψ = ψp - ( ψs + ψm ) ψ = ψp + ( ψs - ψm ) ψw = ψs + ψp ψw = ψp + ψπ + ψm

Some More Questions From Transport in Plants Chapter

Give the term for the ability to resist a pulling force.

Who introduced the apoplast—symplast concept ?

Why transpiration is more on lower surface than on upper surface of leaves ?

Give the term for the ability to rise in thin tubes.

What is capillarity ?

Name the two forces responsible for the rise of water in a capillary tube.

Which force is first operative in translocation of water through capillarity : cohesive force or adhesive force ?

Name the driving force for water movements in plants.

What are the two factors which affect osmosis?

What is the condition of having more stomata on the lower surface called?

Mock Test Series

NCERT Sample Papers

Entrance Exams Preparation

The right equation for water potential is

$ψ = ψ_{p} - (ψ_{s} + ψ_{m})$

$ψ = ψ_{p} + (ψ_{s} - ψ_{m})$

$ψ_{w} = ψ_{s} + ψ_{p}$

$ψ_{w} = ψ_{p} + ψ_{π} + ψ_{m}$