Select the incorrect statement from the following. (a) Few...

Name: Problem 67, Chapter 1: Objective Biology for NEET
Uploaded: 2021-11-29T18:24:38-08:00
Duration: 1 min 31 s
Channel: Anitha Mary
Description: Select the incorrect statement from the following. (a) Few fungi and algae have motile male and motile female gametes. (b) Most vital cvent of sexual reproduction is the fusion of gametes. (c) Pea is a bisexual self-fertilizing plant. (d) In majority of organisms male gamete is non-motile and female gamete is motile.

Select the incorrect statement from the following. (a) Few fungi and algae have motile male and motile female gametes. (b) Most vital cvent of sexual reproduction is the fusion of gametes. (c) Pea is a bisexual self-fertilizing plant. (d) In majority of organisms male gamete is non-motile and female gamete is motile.

Select the incorrect statement from the following.
(a) Few fungi and algae have motile male and motile female gametes.
(b) Most vital cvent of sexual reproduction is the fusion of gametes.
(c) Pea is a bisexual self-fertilizing plant.
(d) In majority of organisms male gamete is non-motile and female gamete is motile.

Key Concepts

Sexual Reproduction

Sexual reproduction is a process where two gametes, usually one from a male and one from a female, unite to form a zygote. This mechanism enhances genetic diversity by mixing genetic material from distinct individuals, which can be critical for the evolution and adaptation of species.

Gamete Motility

Gamete motility pertains to the ability of reproductive cells to move towards each other to facilitate fertilization. In many animal species, typically the male gametes (sperm) are motile while the female gametes (eggs) are generally immotile, although variations exist among different groups of organisms such as some algae and fungi.

Self-Fertilization

Self-fertilization is a form of reproduction where an organism can fertilize its own gametes, bypassing the need for a separate individual. This reproductive strategy is seen in some plants that possess both male and female reproductive structures, and it can lead to reduced genetic variability compared to cross-fertilization.

Fusion of Gametes (Syngamy)

The fusion of gametes, also known as syngamy, is a central event in sexual reproduction where two gametes merge their cellular material to create a new zygote. This process is essential for combining the genetic contributions of two different individuals, thereby promoting genetic diversity and the successful continuation of species.

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