What is the total number of insects in group A and B at the start (Year 1)?
Why are insects in group B different colors?
Group A started with 8 insects, in year 2 how many insects are there in group A?
At the end of year 2, how many insects are there in the group B population?
What is the population of group A at year 3?
What is the population of group B at year 3?
At year 3, a disease entered the population killing half the insects with blue color to die. Which group will be effected more by this disease?
What is the population of group A at year 4?
What is the population of group B at year 4?
What is the population of group A at year 5?
What is the population of group B at year 5?
At year 6, how many insects are in the population for group A?
At year 6, how many insects are in the population for group B?
Which population grew the fastest?
Which population had the most genetic variation?
Refer to the posted notes to answer this question:
What is an advantage of asexual reproduction?
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What is an disadvantage of asexual reproduction?
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What is an advantage of sexual reproduction?
Refer to the posted notes to answer this question:
What is an disadvantage of sexual reproduction?
Group A is reproducing
The insects in group B are reproducing
In group B how many individuals are needed to produce an offspring?
Group B started with 8 individuals or 4 breeding pairs. How many new offspring were born during year 2?
Group B started with 12 individuals. How many new offspring were born during year 3?
Group B started with 8 breeding pairs. How many new offspring were born during year 4?
Group B started with 12 breeding pairs. How many new offspring were born during year 5?
Group B started with 18 breeding pairs. How many new offspring were born during year 6?
Which population was most affected by the disease in year 3? Explain why.