A common misconception is that interphase<span> is the first stage of mitosis. However, since mitosis is the division of the nucleus, prophase is actually the first stage. In </span>interphase<span>, the cell gets itself ready for mitosis or meiosis.</span>
A pedigree displays the hereditary outcome of a certain species that has not crossbred with another type e.g. dogs--> a pedigree poodle is the offspring of 2 poodles and there has never been any other type of dog cross bred in the earlier generation of that poodle so its a purebreed. OR think of it like harry potter and purebloods who don't have a drop of muggle blood in they're veins compared to hermione who's parents are muggles)
anyway there are dominant and recessive traits that pass down from generation to generation and they can be seen in the offspring. but you probably already know that the dominant gene shows up a lot more. Say for example that you had two purebred poodles (sorry i couldn't think of another thing) and they were both white but when they had babies, 3 of them were white but one of them was brown. the white colour would be Dominant and the brown would be recessive (but we can only determine this if the poodles are from a line of purebreeds,)
if one of the poodle parents was another breed of dog, then we wouldn't be able to tell if the brown poodle was brown due to a recessive trait from the purebred poodle parent or if it was inherited from the other breed parent.
TA DA i hope this helps and wasn't confusing
Answer:
Option (A) and (C).
Explanation:
Greenhouse effect increases the earth's temperature every year. This causes the melting of glaciers and causes flood situation in the plain areas and allows the persistence of harmful gases in the atmosphere.
Greenhouse gases has the ability to trap the heat of the sun radiated by the planet. These greenhouse gases includes carbon dioxide, carbon monoxide, water vapor and methane. These green house gases increases the effect of the greenhouse.
Thus, the correct answer is option (A) and (C).
If a given moth population is at Hardy-Weinberg Equilibrium, we can conclude that the changes in the allele frequency of the population over time is constant. This means that in the absence of evolutionary influences, allele or genotype frequencies remain constant from one generation to the next or so on.
To obtain oxygen.............