the offspring could have type "A" or type "B"
If the father and mother are deer, the mother would be called a doe and the offspring would be called fawns, but the answer might be different for species other than deer.
For the mother to have a non-albino offspring, she would need to have at least one dominant allele for the trait, so her genotype could be either Aa or AA. The father must have two recessive alleles (aa) to pass on albinism to the offspring. The albino offspring's genotype would be aa.
The new offspring will receive 23 chromosomes from the mother and 23 chromosomes from the father, for a total of 46 chromosomes. So in theory a new offspring will receive half the traits from their mother and half from their father. But some of their traits are dominant or recessive to if that father has all recessive genes and the mother has all dominant genes. There is a greater possibility that the new off spring would have more traits similar to their mother.
If mother is heterozygote yes.
I would advise against it, male gerbils occasionally eat offspring.
Yes. Your step-father is who he is to you because he married your mother. If you married his mother, you would be his step-father. Strange but true.
The possible blood type outcomes of their offspring would be type B or AB. Each parent passes on one blood type allele to their child, so the child could inherit the B allele from the mother and the B or A allele from the father, resulting in blood type B or AB.
Yes, it would be possible if the mother had type A blood.
Yes, it is possible for a mother with blood group O and a father with blood group AB to have a child with blood group O. This would occur if the child inherited the O allele from the mother and the O allele from the father.
It would depend on the dominant gene: I would compare the mother's parents eyelashes to the father's parents eyelashes, for each of the parent's eyelashes that are long it is an increase in 25% that the offspring will have long eyelashes. Unless half of the father's parents have long lashes then that shows the short lash gene is dominant.
With a mother with AB Positive blood type and a father with an O Positive blood type, there are four possibilities for the offspring's blood type. The child of this pairing could have A positive or negative, or B positive or negative type blood.
In this case, the mother does not have dimples (Dd) but the father does not have dimples (dd). The Punnett square would show that half of the offspring would have dimples (Dd) and the other half would not have dimples (dd).