To solve this problem, we start with the information given:
- The population doubles every month.
- The population at the end of the first month is 32 rabbits.
From this, we can determine the following:
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Initial number of rabbits: The population at the start (which we will call \( P_0 \)) can be calculated by realizing that it doubles to 32 at the end of the first month. Thus:
\[ P_0 = \frac{32}{2} = 16 \]
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Common ratio: The common ratio (\( r \)) in this case is 2, because the population doubles each month.
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Population after eight months: The formula to find the population after \( n \) months where the population doubles is given by:
\[ P_n = P_0 \times r^n \]
Here, \( n = 8 \), \( P_0 = 16 \), and \( r = 2 \). Plugging in these values:
\[ P_8 = 16 \times 2^8 \]
First, we calculate \( 2^8 \):
\[ 2^8 = 256 \]
Now we can find \( P_8 \):
\[ P_8 = 16 \times 256 = 4096 \]
Putting it all together, we have:
- The initial number of rabbits is 16.
- The common ratio is 2.
- The number of rabbits after eight months is 4096.
Thus the final answer is:
- The initial number of rabbits is 16.
- The common ratio is 2.
- The number of rabbits after eight months is 4096.