Randomly choose a number between 0.01 and 0.99. That number will be the frequency of allele A1 for your simulations. Co

[answerhappygod]

Randomly choose a number between 0.01 and
0.99. That number will be the frequency of allele
A1 for your simulations.
Complete the following problem by filling in the
blanks.
The frequency of allele A1 in the
population is _______ (the random number you chose),
therefore the frequency of allele
A2 is _______.
Use the Hardy Weinberg Equation (p2 + 2pq +
q2= 1) to predict the genotype frequencies of
A1A1, A1A2, and
A2A2.
Frequency of
A1A1: _____________
Frequency of
A1A2: _____________
Frequency of
A2A2: ____________
Perform Simulation 2 and take screenshot of the
graphs: Vary just one
parameter (of the blue options below)
The frequency of allele A1 in the
population is _______ (the random number you chose),
therefore the frequency of allele
A2 is _______.
Frequency of
A1A1: _____________
Frequency of
A1A2: _____________
Frequency of
A2A2: _____________
Briefly summarize, in your own
words, and embed the graphs for the results of simulations
1 & 2.