Answer and Explanation:
We can assume that being colorblind is a recessive trait.
That means the father has a genotype of both lowercase letters, denoted as bb.
Let's make a chart.
- The Father's Genotype is bb
- The Mother's Genotype is Bb (Because she is heterozygous, which means she has one Dominant trait (B) and one recessive trait (r))
<u> b b </u>
<u>B| Bb | Bb |</u>
<u>b| bb | bb |</u>
We get 50% of the offspring to be colorblind, and 50% of the offspring to have normal color vision.
<u>That means the expected percentage is 50%.</u>
(Don't look too much into the capitalized MALE, its just there to throw you off guard and mess you up)
<em><u>#teamtrees #PAW (Plant And Water)</u></em>
Answer:
6
Explanation:
the cells combine to form one to form one
Answer:
Skeletal (i feel like i've answered this before XD)
Explanation:
The skeletal system supports the body, which allows you to walk/run/move, and protects internal organs
Thank me later :)
(or just give brainliest)
Answer:
Thus, 50% of the population are are heterozygous carriers for this condition
Explanation:
Researchers have calculated that 22% of the population have Uner Tan Syndrome. This condition follows the recessive mode of inheritance.
22% have the condition = q² (genotypic frequency uu) = 22/100 = 0.22
using the formular p + q = 1, since q² = 0.22, q = √0.22 = 0.4690
Thus p = 1-q where is 0.4690 = 1-0.4690
p = 0.5310
Then p² = 0.5310² = 0.2820 = 28% (genotypic frequency of homozygous normal)
using the formula p² + 2pq + q² where 2pq is the genotypic frequency of the heterozygous carriers. Thus, we have
2 x 0.5310 x 0.4690 = 0.498 = 50%
Thus, 50% of the population are are heterozygous carriers for this condition
Answer:
Las bacterias pueden utilizar la mayoría de los compuestos orgánicos y algunos inorgánicos como alimento, y algunos pueden sobrevivir a condiciones extremas.
