A.independent assortment
B.incomplete dominace
C.segregation
D.codomiance
Answer:
I think you shud go for A.
Explanation:
Answer:
The labelled bone is Humerus.
Explanation:
The given picture represent the skeleton system of human. In this the bone of the upper arm is highlighted. the bone of the upper arm is known as humerus. The humerus is joined to shoulder bone on the upper end and at the lower end, it is joined to radius and ulna. It is a single long cylindrical bone. that forms the ball socket type shoulder joint and hinge type elbow joint.
Answer: Dominant: red, recessive: white.
Explanation:
Alleles are different forms or versions of a gene, and they can be described as either dominant or recessive.
Dominant traits are those that are seen in a heterozygous genotype. It means the organisms has two different alleles for a gene, one is dominant while the other one is recessive. A dominant allle dominates over the recessive alleles and it masks the effects of this recessive allele. This means, the offspring only needs to inherit one dominant allele to have a dominant trait.
In the example, a red-flowered plant is crossed with a white-flowered plant. And all plants on the next generation are red. If each plant from this offspring inherites one allele of each parent, they have one red allele and one white allele. Since they are all red, we can say red color is dominant and white color is recessive. Because red allele has a dominant phenotype.
Answer: 2
The convection currents shown in points 1 and 3 transfer heat from the outer core (number 4) to the lithosphere. Here, the lower density hot magma breaks apart the plates at point 2 creating a divergent plate boundary. This new magma mass will drive a lateral movement of the plates. The edges of the plates which have a higher density basalt rock will sink into the mantle and get consumed in trenches/subduction zones