To determine what would make the statement true from the options given, we need to understand the context. The statement appears to be comparing fractions, specifically \( \frac{13}{5} \), \( 1 \), and \( \frac{13}{11} \) to see if they are greater than \( \frac{3}{11} \).
Now let's compare:
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\( \frac{3}{11} \): This fraction is approximately \( 0.2727 \).
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\( \frac{13}{5} \): This fraction is \( 2.6 \), which is much greater than \( \frac{3}{11} \) (True).
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\( 1 \): This is also greater than \( \frac{3}{11} \) (True).
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\( \frac{13}{11} \): This fraction is approximately \( 1.1818 \), which is again greater than \( \frac{3}{11} \) (True).
Since all three options provided are greater than \( \frac{3}{11} \), we can conclude that they all satisfy the condition of being greater than \( \frac{3}{11} \).
To directly answer your query, you might be looking for a single option that makes the statement true, and any of the following would work: \( \frac{13}{5} \), \( 1 \), or \( \frac{13}{11} \).
In this instance, if the question is about which option can be placed in the blank to make a specific comparison or inequality true, any of these options is a correct response since they all exceed \( \frac{3}{11} \).