1. | One egg cell, two synergids, three antipodal cells, two Polar nuclei |
2. | One egg cell, two synergids, two antipodal cells, three Polar nuclei |
3. | One egg cell, three synergids, two antipodal cells, two Polar nuclei |
4. | One egg cell, two synergids, two antipodal cells, two Polar nuclei |
a: | the female flower buds of plant producing unisexual flower need not be bagged. |
b: | there is no need to emasculate unisexual flowers of selected female parent. |
c: | emasculated flowers are to be bagged immediately after cross pollination. |
d: | emasculated flowers are to be bagged after removal of anthers. |
e: | bisexual flowers, showing protogyny are never selected for cross. |
1. | Polyembryony will be seen and each seed will produce many plantlets. |
2. | Seeds of hybrid plants will show longer dormancy. |
3. | Farmers can keep on using the seeds produced by the hybrids to raise new crop year after year. |
4. | There will be segregation of the desired characters only in the progeny. |
1. | Polyembryony will be seen and each seed will produce many plantlets |
2. | Seeds of hybrid plants will show longer dormancy |
3. | Farmers can keep on using the seeds produced by the hybrids to raise new crop year after year |
4. | There will be segregation of the desired characters only in the progeny |
(a) | the female flower buds of plant producing unisexual flower need not be bagged. |
(b) | there is no need to emasculate unisexual flowers of selected female parent |
(c) | emasculated flowers are to be bagged immediately after cross pollination |
(d) | emasculated flowers are to be bagged after removal of anthers |
(e) | bisexual flowers, showing protogyny are never selected for cross |
1. | (a), (b) and (c) only | 2. | (b), (c) and (d) only |
3. | (b), (c) and (e) only | 4. | (a), (d) and (e) only |