Question

The distance between two genes corresponds to their recombinant frequency—the chance that the genes will be separated during crossing-over. To find the recombinant frequency of two genes, subtract their distance from one another. For example, Dachs and Reduced Bristles would have a recombinant frequency of 51.0 – 31.0 or 20%. Which genes would have a recombinant frequency of 16%?

Answer 1

Recombinant frequency is the chance that two genes will be separated during crossing-over. Without more information, it is not possible to determine which genes would have a recombinant frequency of 16%.

Step-by-step explanation:

Recombinant frequency is the chance that two genes will be separated during crossing-over. To find the recombinant frequency, subtract the distance between the two genes. For example, if the recombinant frequency is 16%, it means that the two genes are 16 units apart. However, the initial question does not provide any information about specific genes. Therefore, without more information, it is not possible to determine which genes would have a recombinant frequency of 16%.

Answer 2

The recombinant frequency of two genes is determined by their distance from each other. If genes have a recombinant frequency of 16%, they are closer together than genes with a recombinant frequency of 20%.

Step-by-step explanation:

The distance between two genes corresponds to their recombinant frequency, which is the chance that the genes will be separated during crossing-over. To find the recombinant frequency of two genes, subtract their distance from one another. For example, if Dachs and Reduced Bristles have a distance of 51.0, their recombinant frequency would be 51.0 - 31.0 = 20%. Therefore, genes that have a recombinant frequency of 16% would be closer together than Dachs and Reduced Bristles.