Question

Suppose that 200 flies are ee, 150 flies are ee, and 150 flies are ee. calculate the frequencies of the 3 genotypes for this population. do not leave your answers as fractions!

Answer 1

Complete Question

Imagine a large Source
`(S_o)` population of 500 files at a particular time we will call
`T_s`.The files have brown ebony bodies. Suppose that 200 flies are ee, 150 flies are Ee, and 150 flies are EE. calculate the frequencies of the 3 genotypes for this population. do not leave your answers as fractions!

Answer:

The frequency of genotype ee is
`f_(ee)= 0.4`

The frequency of genotype Ee is
`f_(Ee) = 0.3`

The frequency of genotype EE is
`f_(EE) = 0.3`

Explanation:

From the question we are told that

The number of files with genotype ee is
`ee = 200`

The number of files with genotype Ee is
`Ee = 150`

The number of files with genotype
`EE` is
`EE = 150`

The frequency of genotype ee is mathematically evaluated as

`f_(ee) = (200)/(500)`

`f_(ee)= 0.4`

The frequency of genotype Ee is mathematically evaluated as

`f_(Ee) = (150)/(500)`

`f_(Ee) = 0.3`

The frequency of genotype EE is mathematically evaluated as

`f_(EE) = (150)/(500)`

`f_(EE) = 0.3`