Answer:
Codominance.
Explanation:
You have two parents whit heterozygous characteristics, and both are dominant the offspring have two dominant alleles, and the phenotype will be a combination of both.
In this case, you have a dominant white WW and a dominant redRR, together they made the codominant pink WR.
In humans, you can found codominance in blood type AB. A and B are both dominant over 0, and when combine they both shown.
Answer:
Hypothesis: Day light produces more eggs laid by chickens
independent: Light
control: amount of day light
dependent: Amount of eggs
Well this really depends on if the father is homozygous or heterozygous for type A.
But lets say he is homozygous for right now. That mean if he were to produce offspring with a type O women then all of there offspring would be heterozygous for type A.
If the father was heterozygous for type A and he produced with the same type O mother then the offspring would be either type O or heterozygous type A. In this case there is a 50% chance either way.
Hope this makes sense(;
Amino acids create protiens, endless possibilities of combinations of amino acids result in a wide variety of proteins
