Question 1
A high initial allele frequency increases the likelihood of what outcome?
Question 2
In the drunk walking analogy, what does a narrow platform represent?
Question 3
What determines the speed at which alleles become fixed or eliminated?
Question 4
How does genetic drift impact allele variation within deems?
Question 5
What is the primary reason for requiring a large population in the Hardy-Weinberg model?
Question 6
What is genetic drift?
Question 7
Why are outcomes in small genetic simulations more variable?
Question 8
Which analogy is used to describe genetic drift in small vs. large populations?
Question 9
How does the outcome of a genetic simulation differ between small and large populations?
Question 10
What is more likely in a small 'deem' compared to a large population?
Question 11
Why might a coin toss be used to simulate genetic events?
Question 12
In a small population, what happens to neutral alleles over time due to genetic drift?
Question 13
What is the effect of a neutral allele in terms of natural selection?
Question 14
What does the term 'random walk' refer to in genetics?
Question 15
Why are small populations more sensitive to genetic drift?