What is reeproduction?
Reproduction is a process by which organisms is prodused by exiting ones.
Types of reproduction — Asexual and sexual.
Asexual reproduction
Asexual — In asexual reproduction a mother and father is not needed, just one is enough, and the child will be genitically identical (physically).
Example — Binary fiction in bacteria, budding in hydra, fragmentation in planaria, and vegetative propagation in plants like onions.
Binary fission — the single parent cell divides into two.
In simple words — It doesnt require fusion of sex cells.
Sexual reproduction is a way of making new living things where two parents are involved. Each parent gives a part of their information to form a new one, so the baby or new organism is a mix of both. This is why children can look a little like their mother and a little like their father. One of the biggest advantages of this type of reproduction is that it creates differences in each new organism. These differences help living things adapt better to changes in the environment, and sometimes become stronger or healthier. But it also has a few side effects: it takes more time and energy, and living things usually need to find a partner. This can make the process slower compared to other ways of reproduction.
Sexual reproduction
In sexual reproduction itis a biological process where new organismsm are created through the fusion of male and female gametes (sperm and eggs).
This fusion leads to the formation of zygote, which then developes into an embryo and a new organism. It involves two parents and results in offspring that are genitically unique.
Azygote is the first cell formed whrn a sperm cell fertilizes an egg cell. It marks the begginig of a new orgnisms.
An embryo is what the zygote becomes after it begins to divide and grow. Its the stage before, baby or a fully formed organism.
Asexual reproduction is a way some living things make more of themselves without needing another partner. It’s like when one plant or animal makes a copy of itself all on its own. This copy grows and becomes a separate living thing. It’s a fast and simple way to grow in number, which helps these organisms spread quickly. Many small organisms like some plants, fungi, and tiny animals use this method. Since the new one is made from just one, it usually has the same features as the one it came from.
This method has some advantages: it saves time, doesn’t need a mate, and helps living things grow quickly in good conditions. But it also has some side effects: because all the copies are so similar, they may all get sick or die if something harmful happens, like a disease or a sudden change in the environment. There’s less chance for change or improvement over time.



















How does asexual reproduction ensure rapid population growth?
Why might asexual reproduction be disadvantageous in changing environments?
How do mutations affect organisms reproducing asexually?
What mechanisms do asexually reproducing organisms use to maintain genetic stability?
How do some unicellular organisms reproduce asexually, and what challenges do they face?
Can asexual reproduction lead to speciation? How or why not?
What are the similarities and differences between binary fission and budding?
How does regeneration as a form of asexual reproduction work in certain animals?