To solve the quadratic equation \((x - 7)^2 = 11\), we will first find the solutions:
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Take the square root of both sides: \[ x - 7 = \pm \sqrt{11} \]
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Solve for \(x\): \[ x = 7 + \sqrt{11} \quad \text{and} \quad x = 7 - \sqrt{11} \]
Now we need to identify and complete the table with the provided values and check if they satisfy the equation.
Let’s evaluate:
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Value \(7 - \sqrt{11}\): \[ (7 - \sqrt{11} - 7)^2 = (-\sqrt{11})^2 = 11 \quad \text{(valid solution)} \]
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Value \(7\): \[ (7 - 7)^2 = 0 \neq 11 \quad \text{(not a solution)} \]
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Value \(11 - \sqrt{7}\): \[ (11 - \sqrt{7} - 7)^2 = (4 - \sqrt{7})^2 \neq 11 \quad \text{(not a solution)} \]
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Value \(7 + \sqrt{11}\): \[ (7 + \sqrt{11} - 7)^2 = (\sqrt{11})^2 = 11 \quad \text{(valid solution)} \]
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Value \(11 + \sqrt{7}\): \[ (11 + \sqrt{7} - 7)^2 = (4 + \sqrt{7})^2 \neq 11 \quad \text{(not a solution)} \]
Now, we have identified the valid solutions to the equation \( (x - 7)^2 = 11\):
- The smaller of the two solutions is \( x = 7 - \sqrt{11} \).
- The larger of the two solutions is \( x = 7 + \sqrt{11} \).
To summarize:
- The smaller of the two solutions is \( x = 7 - \sqrt{11} \).
- The larger of the two solutions is \( x = 7 + \sqrt{11} \).