Fitz loves growing flowers for his mom and friends. Her favorite flowers, roses, are red roses(RR), blue roses (R'R'), and purple roses (RR'). What type of inheritance pattern is this? What would happen if Fitz crossed a blue rose with a purple rose?

If Fiz crossed a blue rose with a purple rose it will produce blue Violet flowers.

Explanation:

When fix cross blue roses R'R' with purple roses RR' it will produce blue Violet roses flowers.

It is a codorminance inheritance pattern and this occur when two different type of alleles are present in a living thing and both are expressed. There are two versions of allele and both are expressed.

1) Incomplete dominance;

2) Purple rose and blue rose will be produced as offsprings in the ratio 1:1

Explanation:

The trait for flower color in roses is controlled by a single gene whose alleles exhibits incomplete dominance. INCOMPLETE DOMINANCE is an inheritance pattern in which one allele is incompletely dominant i.e. incapable of masking the expression, over another allele, hence, they both blend to form an hybrid with a different third phenotype. In this case, red allele (R) is incompletely dominant to blue allele (R'), they form a different phenotype hybrid with genotype (RR'), purple rose.

Hence, the inheritance pattern of the gene responsible for the rose flower color trait is INCOMPLETE DOMINANCE.

According to the second question, if Fitz crossed a blue rose (R'R') with a purple rose (RR'), each parent will produce the following gametes:

R'R'- R' and R'

RR'- R and R'

Using these gametes in a punnet square (see attached image), 4 offsprings will be produced with two having genotype: R'R' while the other two will have genotype: RR'. The R'R' offsprings will be phenotypically blue while the R'R' offsprings will be phenotypically purple.

Hence, the phenotypic and genotypic ratio of both offsprings will be 2:2 equivalent to 1:1.

equal distribution i think.

the cladogram shown here shows similarities and differences among several classes of vertebrates. anatomically, the four have limb structure as their common ancestor. we might separate the mammals from the other three classes because they a) divergent; do not lay eggs b) identical; are warm-blooded c) varied; a four chambered heart d) homologous; have mammary glands