QBManager

BIOXI11: TRANSPORT IN PLANTS

336551 For a solution at atmospheric pressure water potential $=$

1

P r e s s u r e p o t e n t i a l - Ψ s

2

S o l u t e p o t e n t i a l - Ψ p

3

S o l u t e p o t e n t i a l - Ψ p

4

P r e s s u r e p o t e n t i a l - Ψ p

Explanation:

For a solution at atmospheric pressure (water potential) $Ψ_{w} =$ (solute potential) $Ψ_{s}$ .

BIOXI11: TRANSPORT IN PLANTS

336552 Addition of more solutes in a given solution will :

1 Lower its water potential

2 Make its water potential zero

3 Not affect the water potential at all

4 Raise its water potential

NEET - 2022

BIOXI11: TRANSPORT IN PLANTS

336522 Two main components that determine water potential are

1 Pressure gradient minus water potential

2 Solute potential and pressure potential

3 Solute potential multiplied by pressure potential

4 Diffusion and active transport

BIOXI11: TRANSPORT IN PLANTS

336523 The water potential of pure water is

1 One

2 More than one

3 Zero

4 less than zero

KCET - 2024

BIOXI11: TRANSPORT IN PLANTS

336524 Which of the following has the maximum water potential?

1

1 M

of glucose

2

0.1 M

of

NaCl

3 Pure water

4

0.01 M

of

HCl

BIOXI11: TRANSPORT IN PLANTS

336551 For a solution at atmospheric pressure water potential $=$

1

P r e s s u r e p o t e n t i a l - Ψ s

2

S o l u t e p o t e n t i a l - Ψ p

3

S o l u t e p o t e n t i a l - Ψ p

4

P r e s s u r e p o t e n t i a l - Ψ p

Explanation:

For a solution at atmospheric pressure (water potential) $Ψ_{w} =$ (solute potential) $Ψ_{s}$ .

BIOXI11: TRANSPORT IN PLANTS

336552 Addition of more solutes in a given solution will :

1 Lower its water potential

2 Make its water potential zero

3 Not affect the water potential at all

4 Raise its water potential

NEET - 2022

BIOXI11: TRANSPORT IN PLANTS

336522 Two main components that determine water potential are

1 Pressure gradient minus water potential

2 Solute potential and pressure potential

3 Solute potential multiplied by pressure potential

4 Diffusion and active transport

BIOXI11: TRANSPORT IN PLANTS

336523 The water potential of pure water is

1 One

2 More than one

3 Zero

4 less than zero

KCET - 2024

BIOXI11: TRANSPORT IN PLANTS

336524 Which of the following has the maximum water potential?

1

1 M

of glucose

2

0.1 M

of

NaCl

3 Pure water

4

0.01 M

of

HCl

BIOXI11: TRANSPORT IN PLANTS

336551 For a solution at atmospheric pressure water potential $=$

1

P r e s s u r e p o t e n t i a l - Ψ s

2

S o l u t e p o t e n t i a l - Ψ p

3

S o l u t e p o t e n t i a l - Ψ p

4

P r e s s u r e p o t e n t i a l - Ψ p

Explanation:

For a solution at atmospheric pressure (water potential) $Ψ_{w} =$ (solute potential) $Ψ_{s}$ .

BIOXI11: TRANSPORT IN PLANTS

336552 Addition of more solutes in a given solution will :

1 Lower its water potential

2 Make its water potential zero

3 Not affect the water potential at all

4 Raise its water potential

NEET - 2022

BIOXI11: TRANSPORT IN PLANTS

336522 Two main components that determine water potential are

1 Pressure gradient minus water potential

2 Solute potential and pressure potential

3 Solute potential multiplied by pressure potential

4 Diffusion and active transport

BIOXI11: TRANSPORT IN PLANTS

336523 The water potential of pure water is

1 One

2 More than one

3 Zero

4 less than zero

KCET - 2024

BIOXI11: TRANSPORT IN PLANTS

336524 Which of the following has the maximum water potential?

1

1 M

of glucose

2

0.1 M

of

NaCl

3 Pure water

4

0.01 M

of

HCl

BIOXI11: TRANSPORT IN PLANTS

336551 For a solution at atmospheric pressure water potential $=$

1

P r e s s u r e p o t e n t i a l - Ψ s

2

S o l u t e p o t e n t i a l - Ψ p

3

S o l u t e p o t e n t i a l - Ψ p

4

P r e s s u r e p o t e n t i a l - Ψ p

Explanation:

For a solution at atmospheric pressure (water potential) $Ψ_{w} =$ (solute potential) $Ψ_{s}$ .

BIOXI11: TRANSPORT IN PLANTS

336552 Addition of more solutes in a given solution will :

1 Lower its water potential

2 Make its water potential zero

3 Not affect the water potential at all

4 Raise its water potential

NEET - 2022

BIOXI11: TRANSPORT IN PLANTS

336522 Two main components that determine water potential are

1 Pressure gradient minus water potential

2 Solute potential and pressure potential

3 Solute potential multiplied by pressure potential

4 Diffusion and active transport

BIOXI11: TRANSPORT IN PLANTS

336523 The water potential of pure water is

1 One

2 More than one

3 Zero

4 less than zero

KCET - 2024

BIOXI11: TRANSPORT IN PLANTS

336524 Which of the following has the maximum water potential?

1

1 M

of glucose

2

0.1 M

of

NaCl

3 Pure water

4

0.01 M

of

HCl

BIOXI11: TRANSPORT IN PLANTS

336551 For a solution at atmospheric pressure water potential $=$

1

P r e s s u r e p o t e n t i a l - Ψ s

2

S o l u t e p o t e n t i a l - Ψ p

3

S o l u t e p o t e n t i a l - Ψ p

4

P r e s s u r e p o t e n t i a l - Ψ p

Explanation:

For a solution at atmospheric pressure (water potential) $Ψ_{w} =$ (solute potential) $Ψ_{s}$ .

BIOXI11: TRANSPORT IN PLANTS

336552 Addition of more solutes in a given solution will :

1 Lower its water potential

2 Make its water potential zero

3 Not affect the water potential at all

4 Raise its water potential

NEET - 2022

BIOXI11: TRANSPORT IN PLANTS

336522 Two main components that determine water potential are

1 Pressure gradient minus water potential

2 Solute potential and pressure potential

3 Solute potential multiplied by pressure potential

4 Diffusion and active transport

BIOXI11: TRANSPORT IN PLANTS

336523 The water potential of pure water is

1 One

2 More than one

3 Zero

4 less than zero

KCET - 2024

BIOXI11: TRANSPORT IN PLANTS

336524 Which of the following has the maximum water potential?

1

1 M

of glucose

2

0.1 M

of

NaCl

3 Pure water

4

0.01 M

of

HCl

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