i really need help i am so stuck!!

use the crossover values given to calculate the sequence and the distnace apart of the genes indicated

p-m 7%

K-M 28%

p-k 21%

m-C 5%

Of course! I'll help you with that.

To calculate the sequence and the distance apart of the genes indicated, we need to consider the concept of genetic recombination. Genetic recombination occurs during the process of meiosis when genetic material is exchanged between homologous chromosomes.

The crossover value or percentage represents the frequency of recombination between two genes. A higher crossover value indicates a higher likelihood of recombination occurring between the two genes.

Let's break down the given crossover values:

1. p-m 7%: This means that there is a 7% chance of recombination occurring between the genes p and m. We assume that the genes p and m are located on the same chromosome.

2. K-M 28%: Here, the crossover value of 28% suggests a higher chance of recombination between the genes K and M. Again, we assume that K and M are located on the same chromosome.

3. p-k 21%: This crossover value of 21% indicates the likelihood of recombination between the genes p and k, assuming they are on the same chromosome.

4. m-C 5%: Finally, the 5% crossover value suggests a lower probability of recombination between the genes m and C, assuming they are on the same chromosome.

Based on these crossover values, we can infer the sequence and the distance apart of these genes on the chromosome:

- The gene order can be determined by comparing the crossover values. If the crossover value is higher, it suggests that the genes are further apart from each other on the chromosome. Therefore, the gene sequence can be inferred as follows: K - p - k - M - m - C.

- To calculate the distances between the genes, we can assume that the crossover percentage corresponds to the distance between adjacent genes. For example, the distance between K and p is 28%, between p and k is 21%, between k and M is 21%, between M and m is 7%, and between m and C is 5%. These distances are measured in recombination units and can be used to create a genetic map.

I hope this explanation helps you solve the problem! Let me know if you need any further assistance.