Answer:
50%
Explanation:
In this case, it is imperative to know each genotype >>
1. Genotypes for leg trait
- LL: normal legs
- Ll: deformed legs
- ll: very short legs
2. Genotypes for fur trait
- BB: black fur
- Bb: brown fur
- bb: white fur
According to the data above, the parental cross is as follow:
BBLl X bbLl
The possible gametes for each parental genotype are as follow:
Parental 1 >> 1/2 BL; 1/2 Bl
Parental 2 >>1/2 bL; 1/2 bl
Punnett square to calculate the possible genotypes of offspring:
bL - bl
BL 1/4 BbLL - 1/4 BbLl
Bl 1/4 BbLl - 1/4 Bbll
In consequence, the expected proportion of offspring with deformed legs and brown fur (genotype BbLl) is 1/2, i.e., 50%.
The answer would be B.) Sweat gland
Because it’s in smaller price so therefore can’t melt faster than the block, since the smaller peices will melt at the same time as one another.
<h2>C) is the correct option </h2>
Explanation:
To best convey the exact name of an organism to others in same field one should as a group, decide on an alternative that everyone understands
Names are important because they allow people throughout the world to communicate unambiguously about animal species because there are sets of international rules about how to name animals and zoologists try to avoid naming the same thing more than once, though this does sometimes happen
These naming rules mean that every scientific name is unique
The genus is the first level of taxonomic organization, in a way, because all species that are thought to be most closely related, are placed together in a genus
Scientific names are often descriptive also, suggesting something about the animal
Common names are not unique because of which it can lead to confusion about what animal is being referred to and what their relationships are to other animals