Question

RR RY YY w 0.7 1 0.2 f(R) = p = 0.8 How do we expect the freq. of R to change from this generation to the next? (p' equation) Did f(R) increase, decrease or stay the same? Why? To answer this, we want to know the expected f(R) at equilibrium (p-hat equation)

          RR
RY
YY
w
0.7
1
0.2
f(R) = p = 0.8
How do we expect the freq. of R to change from this
generation to the next?
(p' equation)
Did f(R) increase, decrease or stay the same? Why?
To answer this, we want to know the expected f(R) at
equilibrium (p-hat equation)

RR
RY
YY
w
0.7
1
0.2
f(R) = p = 0.8
How do we expect the freq. of R to change from this
generation to the next?
(p' equation)
Did f(R) increase, decrease or stay the same? Why?
To answer this, we want to know the expected f(R) at
equilibrium (p-hat equation)

Added by Vincent M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Stephen Zaffke

Step 1

The p' equation is given by p' = p(RR) + 0.5p(RY) + 0p(YY), where p(RR), p(RY), and p(YY) are the frequencies of the genotypes RR, RY, and YY, respectively. Given that RR = 0.7, RY = 1, and YY = 0.2, we can substitute these values into the equation: p' = 0.7p + Show more…

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RR 0.7 RY 1 YY 0.2 f(R) = p = 0.8 How do we expect the frequency of R to change from this generation to the next? (p' equation) Did f(R) increase, decrease, or stay the same? Why? To answer this, we want to know the expected f(R) at equilibrium (p-hat equation).