No. Generally, one species gives rise to two new species by geographic and reproductive isolation. Separate species mating at best gives nonviable hybrids.
Because the offspring has both the Tall gene and the short gene
because they both are different
Because different fractions separate at different temperatures.
The offspring shows variation because sexual reproduction means that there were two gametes involved (one maternal, one paternal). This means that the offspring has a new genotype, different from the parents, made up of 50% maternal genes and 50% paternal genes.
Because the retention coefficients of different substances are also different.
An offspring is not identical to its parents because, an offspring is the product of the fertilization of two different individuals. Only some features are inherited from either parent, thus the offspring is not an identical copy of the parents.
No, they cannot because their chromosomes are different.
No, because they need to have 2parents help contribute to form the offspring cell.
Because they are not different
It's not different. It is the same because individuals are made of cells that have their DNA.
It is a sheep goat-hybrid. Most offspring are stillborn because sheep and goats belong to different genera and have a different number of chromosome pairs.
Because the offspring has both the Tall gene and the short gene
because everyone is different in there own way.
because they both are different
No, because an ant and a butterfly are completely to different animals
The offspring is not identical to parent in sexual reproduction because sexual reproduction produces an offspring that is genetically different from the parents. ---- The answer above is actually incorrect. The offspring is identical genetically to the parent because mitosis produces cells genetically identical to the parent cell or cells. But the offspring itself is not identical.
The reason that evolution takes a long time is because each generation, the offspring are nearly identical to their parents. However, they are slightly different, and thus a few of the individuals are slightly more likely to survive than the others. Then, these individuals spread their genes to just a few more offspring than the others do.Because there is only a tiny difference in how many offspring the more adapted version has, it takes a long time for the more adapted version to completely replace the older version.