\( \left.\mathrm{C}_{2}^{3} \times 23^{2} \times\left(C 2^{2}\right)^{2}\right)^{5} \)
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Beyond the Answer
Let's break it down in a fun and engaging way! This expression involves combinations and powers, making it an exciting mix! Combining terms, we first notice that \( C_2^3 \) represents a binomial coefficient, which signifies the number of ways to choose 3 items from 2, but it seems there might be a miscommunication here since choosing more items than available isn't possible. The \( 23^2 \) part, however, is straightforward—it's just 529 in the end! Now, when we look at \( (C_2^2)^2 \), it's all about combinations again. This joyfully simplifies paths for our calculations. When we raise it to the power of 5, it means we're amplifying everything by that factor, which exponentially increases the complexity but also the satisfaction when you simplify it down to a neat final answer! Keep in mind the beauty of math lies in carefully applying the rules, as they are your best friends in math adventures!
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