All sex cells are gametes. Gamete is a synonym of sex cell. Male sex cells/gametes are spermatozoa (singular: spermatozoon). Female sex cells/gametes are ova (singular: ovum). So the answer is yes, an ovum is the female sex cell/female gamete.
the female egg and male sperm.
Male gametes are made in the testis. male gametes are more-often called sperm.
The male and female gametophytes join to form a zygote.
The human gametes are Male gametes are sperm and female gametes are eggs. And the gametes chromosome numbers are 42.
because male gametes has tail called flagellum which helps them to move around and female gametes do not have flagellum, they are round shaped so they can't move around.
gametes
Male & female gametes.
gametes
They are the sex cells. They are haploid cells.
Gametes are the "sex cells" (haploid cells). The male gametes are sperm; the female gametes are the ova, or eggs.Normally the female gamete (ovum, or egg) is bigger than the sperm or male gamete. The fertilization of the egg by the sperm results in a complete set of chromosomes for the resultant combination (zygote) to divide and form an offspring of the original organism.
Internal fertilisation.
The male sex cells provide male gametes during sexual reproduction. Union of male and female gametes is called fertilization.
The female has the egg and the male has the sperm. Sex cells are also sometimes called gametes.
A male or female reproductive cell is called a gamete. =-)
Gametes are specialized sex cells that are involved in sexual reproduction. In humans, gametes include sperm cells produced by males and egg cells produced by females. Gametes carry half the genetic information of a normal cell and fuse during fertilization to form a zygote.
all sex cells are called gametes, males have sperm, female have eggs
The union of male and female gametes, or sex cells, is known as fertilization. During fertilization, the sperm cell from the male fuses with the egg cell from the female, forming a zygote that will eventually develop into a new organism. This process combines genetic material from both parents to create genetic diversity in offspring.