285732
The layer beneath the epidermis in stem which is multi layered as well is called hypodermis. It is in sunflower and in maize stem.
1 parenchymatous, collenchymatous
2 collenchymatous, sclerenchymatous
3 sclerenchymatous, collenchymatous
4 sclerenchymatous, sclerenchymatous
Explanation:
(b)In dicot stem (e.g., sunflower), hypodermis is made up of collenchyma, which may be green in colour. In a monocot stem (eg., Maize)hypodermis is formed of non-green sclerenchyma tissue.
NCERT 92–93
Anatomy of Flowering Plants(NCERT)
285733
Which of the following is not a statement regarding anatomy of a typical monocotyledonous stem?
1 Phloem parenchyma is absent.
2 Vascular bundles are scattered, conjoint, collateral and closed.
3 Each vascular bundle is surrounded by a bundle sheath.
4 Ground tissue is differentiated into cortex, endodermis, pericycle and pith.
Explanation:
(d)Ground tissue of a monocot stem is a mass of similar cells which does not show distinction into cortex endodermis, pericycle, pith etc.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285734
Inside Hordeum vulgare stem vascular bundles are
1 open and scattered
2 closed and scattered
3 open and in a ring
4 closed and radial
Explanation:
(b)In Horedeum vulgare stem vascular bundles are closed and scattered.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285735
Pith in monocot stem is comprised of
1 parenchyma
2 collenchyma
3 chlorenchyma
4 sclerenchyma
Explanation:
(a)Pith, in general, has thin walled parenchymatous cells, which help in storage.
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Anatomy of Flowering Plants(NCERT)
285732
The layer beneath the epidermis in stem which is multi layered as well is called hypodermis. It is in sunflower and in maize stem.
1 parenchymatous, collenchymatous
2 collenchymatous, sclerenchymatous
3 sclerenchymatous, collenchymatous
4 sclerenchymatous, sclerenchymatous
Explanation:
(b)In dicot stem (e.g., sunflower), hypodermis is made up of collenchyma, which may be green in colour. In a monocot stem (eg., Maize)hypodermis is formed of non-green sclerenchyma tissue.
NCERT 92–93
Anatomy of Flowering Plants(NCERT)
285733
Which of the following is not a statement regarding anatomy of a typical monocotyledonous stem?
1 Phloem parenchyma is absent.
2 Vascular bundles are scattered, conjoint, collateral and closed.
3 Each vascular bundle is surrounded by a bundle sheath.
4 Ground tissue is differentiated into cortex, endodermis, pericycle and pith.
Explanation:
(d)Ground tissue of a monocot stem is a mass of similar cells which does not show distinction into cortex endodermis, pericycle, pith etc.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285734
Inside Hordeum vulgare stem vascular bundles are
1 open and scattered
2 closed and scattered
3 open and in a ring
4 closed and radial
Explanation:
(b)In Horedeum vulgare stem vascular bundles are closed and scattered.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285735
Pith in monocot stem is comprised of
1 parenchyma
2 collenchyma
3 chlorenchyma
4 sclerenchyma
Explanation:
(a)Pith, in general, has thin walled parenchymatous cells, which help in storage.
285732
The layer beneath the epidermis in stem which is multi layered as well is called hypodermis. It is in sunflower and in maize stem.
1 parenchymatous, collenchymatous
2 collenchymatous, sclerenchymatous
3 sclerenchymatous, collenchymatous
4 sclerenchymatous, sclerenchymatous
Explanation:
(b)In dicot stem (e.g., sunflower), hypodermis is made up of collenchyma, which may be green in colour. In a monocot stem (eg., Maize)hypodermis is formed of non-green sclerenchyma tissue.
NCERT 92–93
Anatomy of Flowering Plants(NCERT)
285733
Which of the following is not a statement regarding anatomy of a typical monocotyledonous stem?
1 Phloem parenchyma is absent.
2 Vascular bundles are scattered, conjoint, collateral and closed.
3 Each vascular bundle is surrounded by a bundle sheath.
4 Ground tissue is differentiated into cortex, endodermis, pericycle and pith.
Explanation:
(d)Ground tissue of a monocot stem is a mass of similar cells which does not show distinction into cortex endodermis, pericycle, pith etc.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285734
Inside Hordeum vulgare stem vascular bundles are
1 open and scattered
2 closed and scattered
3 open and in a ring
4 closed and radial
Explanation:
(b)In Horedeum vulgare stem vascular bundles are closed and scattered.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285735
Pith in monocot stem is comprised of
1 parenchyma
2 collenchyma
3 chlorenchyma
4 sclerenchyma
Explanation:
(a)Pith, in general, has thin walled parenchymatous cells, which help in storage.
285732
The layer beneath the epidermis in stem which is multi layered as well is called hypodermis. It is in sunflower and in maize stem.
1 parenchymatous, collenchymatous
2 collenchymatous, sclerenchymatous
3 sclerenchymatous, collenchymatous
4 sclerenchymatous, sclerenchymatous
Explanation:
(b)In dicot stem (e.g., sunflower), hypodermis is made up of collenchyma, which may be green in colour. In a monocot stem (eg., Maize)hypodermis is formed of non-green sclerenchyma tissue.
NCERT 92–93
Anatomy of Flowering Plants(NCERT)
285733
Which of the following is not a statement regarding anatomy of a typical monocotyledonous stem?
1 Phloem parenchyma is absent.
2 Vascular bundles are scattered, conjoint, collateral and closed.
3 Each vascular bundle is surrounded by a bundle sheath.
4 Ground tissue is differentiated into cortex, endodermis, pericycle and pith.
Explanation:
(d)Ground tissue of a monocot stem is a mass of similar cells which does not show distinction into cortex endodermis, pericycle, pith etc.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285734
Inside Hordeum vulgare stem vascular bundles are
1 open and scattered
2 closed and scattered
3 open and in a ring
4 closed and radial
Explanation:
(b)In Horedeum vulgare stem vascular bundles are closed and scattered.
NCERT 93
Anatomy of Flowering Plants(NCERT)
285735
Pith in monocot stem is comprised of
1 parenchyma
2 collenchyma
3 chlorenchyma
4 sclerenchyma
Explanation:
(a)Pith, in general, has thin walled parenchymatous cells, which help in storage.