341856
The ovule is attached to the placenta of ovary wall by
1 Raphae
2 Hilum
3 Micropyle
4 Funicle
Explanation:
In flowering plants, the ovule can be found in the inner part of the flower called the gynoecium. One or more than one ovules are produced by the ovary of the gynoecium, and finally develops the fruit wall. The ovules are attached to the placenta inthe ovary through a stalked structure called a funicle.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341857
What is functional megaspore referred to as?
1 The megaspore that degenerates after formation
2 The megaspore that does not degenerate and undergoes mitosis later
3 The megaspore that undergoes reduction division.
4 The megaspore that is functionally inactive
Explanation:
In a majority of flowering plants, one of the megaspores is functional while the other three degenerate. Only the functional megaspore develops into the female gametophyte (embryo sac).
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341858
Megasporogenesis is
1 Formation of fruit
2 Formation of seeds
3 Formation of megaspores by meiosis
4 Formation of megaspores by mitosis
Explanation:
The process of formation of megaspore from megaspore mother cell is called megasporogenesis.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341859
The point of attachment of funicle with chalazal end is called
1 Hilum
2 Placenta
3 Integument
4 Nucellus
Explanation:
Hilum is the junction at which funicle is attached to ovule.
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BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341856
The ovule is attached to the placenta of ovary wall by
1 Raphae
2 Hilum
3 Micropyle
4 Funicle
Explanation:
In flowering plants, the ovule can be found in the inner part of the flower called the gynoecium. One or more than one ovules are produced by the ovary of the gynoecium, and finally develops the fruit wall. The ovules are attached to the placenta inthe ovary through a stalked structure called a funicle.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341857
What is functional megaspore referred to as?
1 The megaspore that degenerates after formation
2 The megaspore that does not degenerate and undergoes mitosis later
3 The megaspore that undergoes reduction division.
4 The megaspore that is functionally inactive
Explanation:
In a majority of flowering plants, one of the megaspores is functional while the other three degenerate. Only the functional megaspore develops into the female gametophyte (embryo sac).
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341858
Megasporogenesis is
1 Formation of fruit
2 Formation of seeds
3 Formation of megaspores by meiosis
4 Formation of megaspores by mitosis
Explanation:
The process of formation of megaspore from megaspore mother cell is called megasporogenesis.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341859
The point of attachment of funicle with chalazal end is called
1 Hilum
2 Placenta
3 Integument
4 Nucellus
Explanation:
Hilum is the junction at which funicle is attached to ovule.
341856
The ovule is attached to the placenta of ovary wall by
1 Raphae
2 Hilum
3 Micropyle
4 Funicle
Explanation:
In flowering plants, the ovule can be found in the inner part of the flower called the gynoecium. One or more than one ovules are produced by the ovary of the gynoecium, and finally develops the fruit wall. The ovules are attached to the placenta inthe ovary through a stalked structure called a funicle.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341857
What is functional megaspore referred to as?
1 The megaspore that degenerates after formation
2 The megaspore that does not degenerate and undergoes mitosis later
3 The megaspore that undergoes reduction division.
4 The megaspore that is functionally inactive
Explanation:
In a majority of flowering plants, one of the megaspores is functional while the other three degenerate. Only the functional megaspore develops into the female gametophyte (embryo sac).
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341858
Megasporogenesis is
1 Formation of fruit
2 Formation of seeds
3 Formation of megaspores by meiosis
4 Formation of megaspores by mitosis
Explanation:
The process of formation of megaspore from megaspore mother cell is called megasporogenesis.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341859
The point of attachment of funicle with chalazal end is called
1 Hilum
2 Placenta
3 Integument
4 Nucellus
Explanation:
Hilum is the junction at which funicle is attached to ovule.
341856
The ovule is attached to the placenta of ovary wall by
1 Raphae
2 Hilum
3 Micropyle
4 Funicle
Explanation:
In flowering plants, the ovule can be found in the inner part of the flower called the gynoecium. One or more than one ovules are produced by the ovary of the gynoecium, and finally develops the fruit wall. The ovules are attached to the placenta inthe ovary through a stalked structure called a funicle.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341857
What is functional megaspore referred to as?
1 The megaspore that degenerates after formation
2 The megaspore that does not degenerate and undergoes mitosis later
3 The megaspore that undergoes reduction division.
4 The megaspore that is functionally inactive
Explanation:
In a majority of flowering plants, one of the megaspores is functional while the other three degenerate. Only the functional megaspore develops into the female gametophyte (embryo sac).
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341858
Megasporogenesis is
1 Formation of fruit
2 Formation of seeds
3 Formation of megaspores by meiosis
4 Formation of megaspores by mitosis
Explanation:
The process of formation of megaspore from megaspore mother cell is called megasporogenesis.
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS
341859
The point of attachment of funicle with chalazal end is called
1 Hilum
2 Placenta
3 Integument
4 Nucellus
Explanation:
Hilum is the junction at which funicle is attached to ovule.