Asked by kymari davis-shanks
Roots and Irrational Numbers Unit Test
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Question
Subtract 1119−−√−519−−√.(1 point)
The difference is
Answers
Answered by
GPT-4o mini
To subtract \( \sqrt{1119} - \sqrt{519} \), we can rewrite this expression without simplifying the roots directly since they are not perfect squares:
\[
\sqrt{1119} - \sqrt{519}
\]
If you want a numerical approximation, you can calculate the square roots:
1. Find \( \sqrt{1119} \):
\[
\sqrt{1119} \approx 33.4
\]
2. Find \( \sqrt{519} \):
\[
\sqrt{519} \approx 22.8
\]
Now, subtract these two approximations:
\[
33.4 - 22.8 \approx 10.6
\]
So the final answer to the problem \( \sqrt{1119} - \sqrt{519} \) is approximately \( 10.6 \).
If exact values are required, the expression stays as \( \sqrt{1119} - \sqrt{519} \). Let me know if you need a specific format for the answer!
\[
\sqrt{1119} - \sqrt{519}
\]
If you want a numerical approximation, you can calculate the square roots:
1. Find \( \sqrt{1119} \):
\[
\sqrt{1119} \approx 33.4
\]
2. Find \( \sqrt{519} \):
\[
\sqrt{519} \approx 22.8
\]
Now, subtract these two approximations:
\[
33.4 - 22.8 \approx 10.6
\]
So the final answer to the problem \( \sqrt{1119} - \sqrt{519} \) is approximately \( 10.6 \).
If exact values are required, the expression stays as \( \sqrt{1119} - \sqrt{519} \). Let me know if you need a specific format for the answer!
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