The typical angiosperm flower is constructed of floral organs in sets of whorls. This usually results in flowers with radial (actinomorphic) or bilateral (zygomorphic) symmetry. Actinomorphic flowers have a radial symmetry where the flower can be divided equally on more than one plane.
NEET - 2016
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333327
When the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary, the flower is called
1 Hypogynous flower
2 Perigynous flower
3 Epigynous flower
4 Agynous flower
Explanation:
In epigynous flowers, the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333328
A flower is called trimerous due to the presence of
1 Three whorls of floral leaves
2 Three whorls of essential floral leaves
3 Three members in each of the two whorls of perianth in a flower
4 Flower can be cut into three equal halves
Explanation:
A flower is called trimerous due to the presence of three members in each of the two whorls of perianth in a flower.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333329
Examples of a and b given in a diagrams respectively are_
The typical angiosperm flower is constructed of floral organs in sets of whorls. This usually results in flowers with radial (actinomorphic) or bilateral (zygomorphic) symmetry. Actinomorphic flowers have a radial symmetry where the flower can be divided equally on more than one plane.
NEET - 2016
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333327
When the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary, the flower is called
1 Hypogynous flower
2 Perigynous flower
3 Epigynous flower
4 Agynous flower
Explanation:
In epigynous flowers, the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333328
A flower is called trimerous due to the presence of
1 Three whorls of floral leaves
2 Three whorls of essential floral leaves
3 Three members in each of the two whorls of perianth in a flower
4 Flower can be cut into three equal halves
Explanation:
A flower is called trimerous due to the presence of three members in each of the two whorls of perianth in a flower.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333329
Examples of a and b given in a diagrams respectively are_
The typical angiosperm flower is constructed of floral organs in sets of whorls. This usually results in flowers with radial (actinomorphic) or bilateral (zygomorphic) symmetry. Actinomorphic flowers have a radial symmetry where the flower can be divided equally on more than one plane.
NEET - 2016
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333327
When the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary, the flower is called
1 Hypogynous flower
2 Perigynous flower
3 Epigynous flower
4 Agynous flower
Explanation:
In epigynous flowers, the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333328
A flower is called trimerous due to the presence of
1 Three whorls of floral leaves
2 Three whorls of essential floral leaves
3 Three members in each of the two whorls of perianth in a flower
4 Flower can be cut into three equal halves
Explanation:
A flower is called trimerous due to the presence of three members in each of the two whorls of perianth in a flower.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333329
Examples of a and b given in a diagrams respectively are_
NEET Test Series from KOTA - 10 Papers In MS WORD
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BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333326
Radial symmetry is found in the flowers of
1 Brassica
2 Trifolium
3 Pisum
4 Cassia
Explanation:
The typical angiosperm flower is constructed of floral organs in sets of whorls. This usually results in flowers with radial (actinomorphic) or bilateral (zygomorphic) symmetry. Actinomorphic flowers have a radial symmetry where the flower can be divided equally on more than one plane.
NEET - 2016
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333327
When the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary, the flower is called
1 Hypogynous flower
2 Perigynous flower
3 Epigynous flower
4 Agynous flower
Explanation:
In epigynous flowers, the margin of thalamus grows upward enclosing the ovary completely and getting fused with it, the other parts of flower arise above the ovary.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333328
A flower is called trimerous due to the presence of
1 Three whorls of floral leaves
2 Three whorls of essential floral leaves
3 Three members in each of the two whorls of perianth in a flower
4 Flower can be cut into three equal halves
Explanation:
A flower is called trimerous due to the presence of three members in each of the two whorls of perianth in a flower.
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS
333329
Examples of a and b given in a diagrams respectively are_
