The total number of nuclei involved in double | vedclass

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(D) Double fertilization in angiosperms involves two distinct processes: syngamy and triple fusion.$1$. Syngamy: One male gamete $(n)$ fuses with the

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Five

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(D) Double fertilization in angiosperms involves two distinct processes: syngamy and triple fusion.$1$. Syngamy: One male gamete $(n)$ fuses with the egg cell $(n)$ to form a diploid zygote (2n). This involves $2$ nuclei.$2$. Triple Fusion: The second male gamete $(n)$ fuses with the two polar nuclei (n + n) present in the central cell to form the primary endosperm nucleus $(PEN)$ (3n). This involves $3$ nuclei.Therefore,the total number of nuclei involved in double fertilization is $2 + 3 = 5$.

The total number of nuclei involved in double fertilization in angiosperms is

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