Answer:
notochord, dorsal hollow nerve cord, pharyngeal slits, and a post-an4l tail
Explanation:
had to censor second to last word but the 4 is an a
Answer:
First off, this isn't Biology, second off your answer is
moonrise
moonset
new moon new moon
06:00 AM
06:00 PM
young crescent moon young crescent
09:00 AM
09:00 PM
first quarter moon first quarter
12:00 PM
12:00 AM
waxing gibbous moon waxing gibbous
03:00 PM
03:00 AM
full moon full moon
06:00 PM
06:00 AM
waning gibbous moon waning gibbous
09:00 PM
09:00 AM
last quarter moon last quarter
12:00 AM
12:00 PM
old crescent moon old crescent
03:00 AM
03:00 PM
new moon new moon
06:00 AM
06:00 P
Explanation:
Answer:
When two heterozygous short haired rabbits are crossed, the short hair being dominant and the long hair recessive, the phenotypes in the offspring will be 75% short hair and 25% long hair, with a short hair:long hair ratio of 3:1.
Explanation:
The crossing of two hybrid individuals for a trait has the probability of producing <u>offspring that exhibit the dominant trait at 75% and the recessive trait at 25%, with the ratio of the dominant trait to the recessive trait being 3:1</u>.
Considering the hair length trait, in rabbits the short hair (L) is the dominant trait and the long hair (L) is recessive, two heterozygous hybrid individuals Ll are crossed:
<em><u>Genotype of the parents</u></em>:
Ll X Ll
<u>Punnett Square
</u>
Alleles L l
L LL Ll
l Ll ll
Where the offspring have a genotype:
<em>Ll 50%
</em>
<em>LL 25%
</em>
<em>ll 25%
</em>
With a ratio Ll:LL:ll of 3:1:1.
Phenotype:
<em>Short hair 75%.
</em>
<em>Long hair 25%.
</em>
Phenotypic ratio short hair: 3:1 long hair.
In the crossing of two heterozygous short-haired rabbits, taking into account the dominance of the short hair, phenotypes in the offspring will be 75% short hair and 25% long hair, with a short hair:long hair ratio of 3:1
Answer:
B
Explanation:
hope this helps sorry if incorrect have a good rest of your afternoon :) ❤