Identify the correct match of the type of water given in column-I and its character in column-II and select the correct option. Column-I Column-II (i) Capillary water (a) present in the form of hydrated oxides of silicon and aluminium. (ii) Hygroscopic water (b) goes down through large pores between soil particles and reaches the water table. (iii) Combined water (c) held in between small non-colloidal soil particles. (iv) Gravitational water (d) held tightly around soil particles by adhesive forces.

(i)-(c), (ii)-(d), (iii)-(a), (iv)-(b)

(i)-(c), (ii)-(d), (iii)-(b), (iv)-(a)

(i)-(c), (ii)-(a), (iii)-(b), (iv)-(d)

(i)-(c), (ii)-(b), (iii)-(d), (iv)-(a)

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Dumbbell shaped guard cells are found in

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Important Questions on Transport in Plants

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Biology>Plant Physiology>Transport in Plants>Transpiration

Stomata in grass leaf are

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Biology>Plant Physiology>Transport in Plants>Transpiration

Identify the correct match of the type of water given in column-I and its character in column-II and select the correct option.

Column-I		Column-II
(i)	Capillary water	(a)	present in the form of hydrated oxides of silicon and aluminium.
(ii)	Hygroscopic water	(b)	goes down through large pores between soil particles and reaches the water table.
(iii)	Combined water	(c)	held in between small non-colloidal soil particles.
(iv)	Gravitational water	(d)	held tightly around soil particles by adhesive forces.

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Biology>Plant Physiology>Transport in Plants>Transpiration

Stomatal movement is not affected by

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Biology>Plant Physiology>Transport in Plants>Transpiration

Given below is a diagram of the stomatal apparatus. Match the labels with the corresponding names of the compounds.

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Choose the correct combination.

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Biology>Plant Physiology>Transport in Plants>Transpiration

Three uniformly watered plants i, ii and iii were kept in 45% relative humidity, 45% relative humidity with blowing wind and 95% relative humidity, respectively. Arrange these plants in the order (faster to slowest) in which they will dry up.

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Biology>Plant Physiology>Transport in Plants>Transpiration

Transpiration and root pressure cause water to rise in plants by:

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Biology>Plant Physiology>Transport in Plants>Transpiration

Take two plants, keep plant

A

in very dry conditions and plant

B

in high humidity. Simultaneously, immerse the roots of both plants in water with a red dye. What would you observe?

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Biology>Plant Physiology>Transport in Plants>Transpiration

Study the diagram and the list given below.

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i) Chloroplast

ii) Epidermal cell

iii) Guard cell

iv) Subsidiary cell

v) Stomatal pore

The correct match is

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Biology>Plant Physiology>Transport in Plants>Transpiration

Which of the following facilitates opening of stomatal aperture?

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Biology>Plant Physiology>Transport in Plants>Transpiration

Which one gives the most valid and recent explanation for stomatal movements?

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Biology>Plant Physiology>Transport in Plants>Transpiration

Water vapour comes out from the plant leaf through the stomatal opening. Through the same stomatal opening, carbon dioxide diffuses into the plant during photosynthesis. Reason out the above statements using one of the following options:

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Biology>Plant Physiology>Transport in Plants>Transpiration

Stomata help in the process of

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Biology>Plant Physiology>Transport in Plants>Transpiration

Plants use which of the following to breathe

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Biology>Plant Physiology>Transport in Plants>Transpiration

Which of the following helps the plant in gaseous exchange?

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Biology>Plant Physiology>Transport in Plants>Transpiration