Pollination
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341629 One advantage of cleistogamy is

1 It leads to the greater gentic diversity
2 Seed set is not dependent on pollinators
3 Seed dispersal is more efficient and widespread
4 Each visit of a pollinator result in transfer of hundred of pollen grains
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341630 Both chasmogamous and cleistogamous flowers are present in

1 Helianthus
2 Commelina
3 Rosa
4 Gossypium
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341631 Even in the absence of pollinators, assured seed set will be there in:

1 Chasmogamous flowers
2 Geitonogamy
3 Cleistogamous flowers
4 Xenogamy
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341632 The flowers, which expose their mature anthers and stigma to the pollinating agents are called

1 Cleistogamous
2 Autogamous
3 Pseudogamous
4 Chasmogamous
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341640 One advantage of Cleistogamy is

1 Seed set is not dependent on pollinators
2 Seed dispersal is more efficient and widespread
3 Each visit of a pollinator results in transfer of hundreds of pollen grains
4 It leads to greater genetic diversity
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341629 One advantage of cleistogamy is

1 It leads to the greater gentic diversity
2 Seed set is not dependent on pollinators
3 Seed dispersal is more efficient and widespread
4 Each visit of a pollinator result in transfer of hundred of pollen grains
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341630 Both chasmogamous and cleistogamous flowers are present in

1 Helianthus
2 Commelina
3 Rosa
4 Gossypium
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341631 Even in the absence of pollinators, assured seed set will be there in:

1 Chasmogamous flowers
2 Geitonogamy
3 Cleistogamous flowers
4 Xenogamy
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341632 The flowers, which expose their mature anthers and stigma to the pollinating agents are called

1 Cleistogamous
2 Autogamous
3 Pseudogamous
4 Chasmogamous
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341640 One advantage of Cleistogamy is

1 Seed set is not dependent on pollinators
2 Seed dispersal is more efficient and widespread
3 Each visit of a pollinator results in transfer of hundreds of pollen grains
4 It leads to greater genetic diversity
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BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341629 One advantage of cleistogamy is

1 It leads to the greater gentic diversity
2 Seed set is not dependent on pollinators
3 Seed dispersal is more efficient and widespread
4 Each visit of a pollinator result in transfer of hundred of pollen grains
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341630 Both chasmogamous and cleistogamous flowers are present in

1 Helianthus
2 Commelina
3 Rosa
4 Gossypium
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341631 Even in the absence of pollinators, assured seed set will be there in:

1 Chasmogamous flowers
2 Geitonogamy
3 Cleistogamous flowers
4 Xenogamy
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341632 The flowers, which expose their mature anthers and stigma to the pollinating agents are called

1 Cleistogamous
2 Autogamous
3 Pseudogamous
4 Chasmogamous
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341640 One advantage of Cleistogamy is

1 Seed set is not dependent on pollinators
2 Seed dispersal is more efficient and widespread
3 Each visit of a pollinator results in transfer of hundreds of pollen grains
4 It leads to greater genetic diversity
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341629 One advantage of cleistogamy is

1 It leads to the greater gentic diversity
2 Seed set is not dependent on pollinators
3 Seed dispersal is more efficient and widespread
4 Each visit of a pollinator result in transfer of hundred of pollen grains
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341630 Both chasmogamous and cleistogamous flowers are present in

1 Helianthus
2 Commelina
3 Rosa
4 Gossypium
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341631 Even in the absence of pollinators, assured seed set will be there in:

1 Chasmogamous flowers
2 Geitonogamy
3 Cleistogamous flowers
4 Xenogamy
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341632 The flowers, which expose their mature anthers and stigma to the pollinating agents are called

1 Cleistogamous
2 Autogamous
3 Pseudogamous
4 Chasmogamous
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341640 One advantage of Cleistogamy is

1 Seed set is not dependent on pollinators
2 Seed dispersal is more efficient and widespread
3 Each visit of a pollinator results in transfer of hundreds of pollen grains
4 It leads to greater genetic diversity
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341629 One advantage of cleistogamy is

1 It leads to the greater gentic diversity
2 Seed set is not dependent on pollinators
3 Seed dispersal is more efficient and widespread
4 Each visit of a pollinator result in transfer of hundred of pollen grains
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341630 Both chasmogamous and cleistogamous flowers are present in

1 Helianthus
2 Commelina
3 Rosa
4 Gossypium
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341631 Even in the absence of pollinators, assured seed set will be there in:

1 Chasmogamous flowers
2 Geitonogamy
3 Cleistogamous flowers
4 Xenogamy
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341632 The flowers, which expose their mature anthers and stigma to the pollinating agents are called

1 Cleistogamous
2 Autogamous
3 Pseudogamous
4 Chasmogamous
BIOXII02: SEXUAL REPRODUCTION IN FLOWERING PLANTS

341640 One advantage of Cleistogamy is

1 Seed set is not dependent on pollinators
2 Seed dispersal is more efficient and widespread
3 Each visit of a pollinator results in transfer of hundreds of pollen grains
4 It leads to greater genetic diversity