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Investigating an Anole Lizard Population Investigating an Anole Lizard Population

Investigating an Anole Lizard Population - PowerPoint Presentation

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Uploaded On 2017-10-15

Investigating an Anole Lizard Population - PPT Presentation

Pg 352 Materials You Will Need 2 cups In cup 1 you will need 5 large ribbed paperclips 5 smooth large paperclips 10 small paperclips In cup 2 10 large ribbed paperclips 10 smooth large paperclips ID: 596222

allele generation paperclips frequency generation allele frequency paperclips large total number population stage frequencies find genotype equilibrium 100 anoles ribbed divide cup

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Slide1

Investigating an Anole Lizard Population

Pg. 352Slide2

Materials You Will Need

2 cups

In cup 1, you will need 5 large ribbed paperclips, 5 smooth large paperclips, 10 small paperclips

In cup 2, 10 large ribbed paperclips, 10 smooth large paperclipsSlide3

Population Stage

Number of Anoles

Genotype Frequencies

Allele Frequencies

Total

BBBbbbBBBbbbBb1(Generation 1)20641030%20%40%60%2(Generation 1+2)2084840%40%3(Generation 1+2+3)20104650%4(Generation 1+2+3+4)20115420%

To find the Genotype Frequency you must take the genotype

(BB in this case) and divide it by the total number of Anoles

BB Generation 1 Ex. (6/20 Total) x 100 = 30%

To find the Allele Frequency you must find the total number of B’s (Generation 2), but this time we will divide it by 40.

BB Generation 2 Ex. (There are 20 BB) (20/40) x 100 = 50%Slide4

Allele Frequency

% Allele Frequency

Population StageSlide5

Population Stage

Number of Anoles

Genotype Frequencies

Allele

Frequencies

TotalBBBbbbBBBbbbBb1(Generation 1)2(Generation 1 + 2)3(Generation 1 + 2 +3)4(Generation 1 + 2 + 3 + 4)Slide6

Answer the following questions and provide a graph of your allele frequencies

What happens to the frequency of each allele over the four generations?

Is this populations evolving, or is it in Hardy-Weinberg equilibrium? Explain.

Which of the five conditions required fro equilibrium are met and which are not?