After double fertilization in angiosperms,the | vedclass

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(A) Syngamy involves the fusion of a haploid female gamete $(n)$ and a haploid male gamete $(n)$ to form a diploid zygote $(2n)$,which develops into t

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diploid embryo and triploid endosperm

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(A) Syngamy involves the fusion of a haploid female gamete $(n)$ and a haploid male gamete $(n)$ to form a diploid zygote $(2n)$,which develops into the embryo.Triple fusion involves the fusion of the second haploid male gamete $(n)$ with the diploid secondary nucleus $(2n)$ to form the Primary Endosperm Nucleus ($PEN$,$3n$),which develops into the triploid endosperm $(3n)$.

After double fertilization in angiosperms,the products of syngamy and triple fusion are . . . . . . and . . . . . . respectively.

Similar Questions

The ploidy level in an egg cell is . . . . . . and in the endosperm is . . . . . . .

In angiosperms,the process of double fertilization required to initiate the development of endosperm involves:

The endosperm in angiosperms is formed:

Triple fusion in angiosperms is the fusion of the second male gamete with:

How many and what type of male gametes are produced by the male gametophyte of $Capsella$?

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