It's called budding.
No because though the parents are copys the offspring would be 2 sex cells (egg and sperm) and those 2 cells are unique made by the clones body.
It is all dependent on where the mutation takes place. If, for example, there is a mutation in one of your skin cells, this will not be passed on to the offspring. This is because in order to pass it on to the offspring the mutation has to be present in the offspring itself. Since the offspring is created from the egg and sperm of the parents, the skin cell has nothing to do with the offspring. But if there was a mutation in the egg or the sperm, there would be some sort of mutation found in the offpspring.
sporangium
Relative to zoology (the study of animal biology), the term viviparous means that this type of animal bears live young, as opposed to laying eggs, like birds or reptiles. A female bat develops her offspring's embryo within her body by providing nourishment directly from her body. Most mammals (such as bats) are viviparous.yesyes
When a parent is going to have an offspring the offspring only gets half a chromosome from each parent, they combine to make one chromosome then that chromosome gets copied until there are 23 pairs of chromosome's. This is how you get your features.
It's called fragmentation.
It's called fragmentation.
If they both are heterozygous and the recessive gene is blue it can happen
No because though the parents are copys the offspring would be 2 sex cells (egg and sperm) and those 2 cells are unique made by the clones body.
If the children have both inherited genes from the same parents, you would expect them to look quite similar. But they do not look exactly the same. Each child has inherited different genes from its father, and different genes from its mother, to create a new combination of genes. Each child is a unique person, not exactly like its brothers or sisters, but not completely different either.
Breeding is just breeding any pair of parents together to get offspring, whereas selected breeding is choosing a certain set of parents and targeting a few specific traits you want the offspring to have, such as fur length, coloration, or body shape.
It is all dependent on where the mutation takes place. If, for example, there is a mutation in one of your skin cells, this will not be passed on to the offspring. This is because in order to pass it on to the offspring the mutation has to be present in the offspring itself. Since the offspring is created from the egg and sperm of the parents, the skin cell has nothing to do with the offspring. But if there was a mutation in the egg or the sperm, there would be some sort of mutation found in the offpspring.
No part of a parent's body "breaks off" when a child is conceived. This is a question best directed to a parent, but (assuming you are a child) I remember what it was like when I did NOT want to ask my parents embarrassing questions like this. So I will do my best to explain without going into too much detail, since I don't know how old you are. When a male and female reproduce, something from the male's body, called "sperm", goes into the female's body. Then the sperm goes into something in the female's body, called an "egg". When the sperm gets into the egg, they become one cell, and it is called a "zygote". The zygote grows bigger and bigger inside the mother's belly, which is called a "uterus". When the zygote gets big enough, it is considered a "fetus", which is an unborn baby. The baby grows until all of its body parts have grown and then it is born. I hope this helps you with your question.
Body size varies among individuals and large parents tend to have large offspring.
The baby grows and develops in the uterus.
In mammals, the embryo develops with in the specialised part of the oviduct .
Respiratory System . ;)