Simultaneously

First seed than fruit

First fruit than seed

Both develops after endosperm formation

Pollination

Meiosis and fertilization

Seed dispersal

Fruit formation

antipodal, egg, endosperm

egg, nucellus, endosperm

endosperm, nucellus, egg

antipodal, synergids, integuments

${\rm{A}} - 2n,{\rm{B}} - 3n,{\rm{C}} - 4n$

${\rm{A}} - 1n,{\rm{B}} - 1n,{\rm{C}} - 3n$

${\rm{A}} - 1n,{\rm{B}} - 2n,{\rm{C}} - 3n$

${\rm{A}} - 1n,{\rm{B}} - 2n,{\rm{C}} - 4n$

25

100

50

125

After triple fusion

Before triple fusion

At the time of syngamy

Always persisted

Develops from fertilization

Developed from fertilized ovary

Develops from unfertilized ovary

Develops from ovules

(i) and (ii)

(ii) and (iii)

(iii) and (iv)

(i) and (iv)

Pollination is the transfer of pollen from anther to stigma.

Pollination always leads to fruit development.

Cross-pollination introduces genetic diversity.

Wind and insects can act as pollinating agents.

dormancy

seed coat

endosperm

all of these

rudiments of embryonic shoot

scutellum

second cotyledon

mesocotyl