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Make a graph showing a wolf population that hits its carrying capacity at 45 wolves.

Make a graph showing a fox population increasing from generation 0-3, decreasing in generation 4, increasing in generation 5, nearly going extinct in generation 6, and then increasing again in generations 7-10. The carrying capacity for the fox population is 50.

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Final answer:

The graph for the wolf population would show an S-shaped curve, while the graph for the fox population would show fluctuations around the carrying capacity. Both graphs represent the concept of carrying capacity in populations.

Step-by-step explanation:

The graph for the wolf population that hits its carrying capacity at 45 wolves would show an S-shaped curve, also known as logistic growth. The population would gradually increase until it reaches the carrying capacity of 45 wolves. After reaching the carrying capacity, the population would fluctuate around that number.

The graph for the fox population would have a different pattern. It would initially increase from generation 0 to generation 3, then decrease in generation 4, increase again in generation 5, nearly go extinct in generation 6, and finally increase again from generations 7 to 10. The carrying capacity for the fox population is 50, so the population would fluctuate around that number as well.

Both graphs would show the concept of carrying capacity, which is the maximum population size that an environment can support.

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