I think the answer would be white blood cells because the white blood cells are trying to fight the bacteria off. That’s what I think. Hope this helped
<u>Answer:</u>
<em>There will be 600 tall plants in that generation.</em>
<u>Explanation:</u>
In <em>Mendel’s cross the selected parents</em> are a tall pea plant and a short pea plant. Both the parents are homozygous. The recessive trait is short. Letter T represents tall and t represents short. Hence the <em>phenotype TT is homozygous dominant and tt is homozygous recessive.</em>
The genotype Tt represents tall since T is dominant over t. Mendel’s cross can be represented as
<em>
</em>
<em>
</em>
<em>F1 generation Tt Tt Tt Tt</em>
<em>F2 generation TT Tt Tt tt</em>
In the F1 generation all the plants are tall and in the F2 generation 3/4 plants are tall and1/4 plants are short.
In the question it is given that 200 plants are short in the F2 generation. Let total number of offspring in the F2 generation is x.
<em>x=800</em>
<em>number of tall plants = 
</em>
<em>
</em>
<em>Hence there will be 600 tall plants in the F2 generation. </em>
Answer: Methylene it is also the simplest carbene.
8 + 20 = 28.
28 - 7 = 21.
There are 21 wolves left.
It depends! If we're talking about something like a cute little Matlipoo, your answer is yes. These are technically considered mutants as they posses characteristics that are not found in either of the original populations (Maltese + Poodles). Not all mutations are bad. Those who survived the bubonic plague are said to have a mutated gene that enabled them to be more resilient against the illness.
In the case of inbreeding the mutation can prevent offspring from being born by either causing sterility in the parents, or it will cause a miscarriage so the fetus is terminated naturally in the beginning. Sometimes the offspring is still born (deceased at birth), or has debilitating symptoms like in cerebral palsy. So there is a chance that the offspring may never be born, making it impossible for a breeder.
Mutations can also be spontaneous, so a breeder might mean well by selecting two animals from different family trees, but both of the parents could produce mutant offspring together.
This question is pretty vague, you should ask your teacher for clarification.
