how do their reproductive systems diffeer
how do their reproductive systems diffeer
how do their reproductive systems diffeer
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Reproductive organ diseases or disabilities . . . differentiated as "men's" because they differ from women's.
Animals and humans differ in their sexual behaviors and reproductive systems. Animals typically have specific mating seasons and behaviors, while humans can engage in sexual activity at any time. Additionally, animals often have physical differences in their reproductive organs and mating rituals compared to humans.
If you are male you are born without female reproductive organs. However some people may have damaged DNA and may be born with features that differ form the accepted norm. It is possible that the different feature could be their reproductive organs.
they r sexual...because the reproductive organs in the male and female sponges differ from one another
Men and women are most likely to differ in their physical characteristics, hormonal levels, and reproductive systems. Additionally, they may also differ in certain psychological and behavioral traits, but these differences can vary greatly among individuals and may not apply universally.
Cats, as induced ovulators, differ from other animals in their reproductive behavior because they ovulate in response to mating rather than on a regular cycle. This means that female cats can become pregnant at any time of the year, as long as they mate. This is different from animals that ovulate on a regular cycle, such as humans or dogs.
Males and females do have differences. Their brains differ in size and in basic functioning. The male is controlled by what is called a "hunter's instinct", and the femaleis controlled by what is called a "nurturer's instinct".
The reproductive system...
Male reproductive cells, or sperm, are produced continuously in large quantities throughout a male's life, allowing for significant storage in the testes. In contrast, female reproductive cells, or eggs, are produced in a finite number before birth and are typically released in a cyclical manner during ovulation, with a limited number available for fertilization. This difference in production and storage leads to distinct reproductive strategies and biological roles in males and females.