If (1.001)1259 = 3.52 and (1.001)2062 = 7.85, then (1.001)3321 =
27.64
This problem requires us to determine the value of a power, specifically \( (1.001)^{3321} \), by leveraging two other given power values that share the same base. To approach this, we will use a fundamental property of exponents.
A crucial rule in algebra for exponents states that when you multiply two exponential terms that have the same base, you can add their exponents. This rule is often written as:
In our particular question, the base of the exponential terms is \( 1.001 \).
We are provided with the following values:
Our objective is to find the value of \( (1.001)^{3321} \). Let's examine if there's a connection between the target exponent \( 3321 \) and the exponents given in the problem, \( 1259 \) and \( 2062 \). If we add these two exponents:
This sum matches the exponent we need to calculate, which confirms we can use the multiplication rule for exponents.
Since \( 3321 \) is the sum of \( 1259 \) and \( 2062 \), we can express \( (1.001)^{3321} \) as a product of two powers:
Now, substitute the numerical values given in the problem into this equation:
To get the final answer, we multiply the two decimal numbers:
The calculated value is \( 27.632 \).
When comparing our result of \( 27.632 \) with the provided options, we look for the closest value. It's common in these types of problems for intermediate values or final answers to be rounded slightly. The closest option to \( 27.632 \) is \( 27.64 \).
Therefore, \( (1.001)^{3321} \) is approximately \( 27.64 \).
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