Question
Approximate square root of, 46, end square root
46
by following the steps below.
square root of, 46, end square root
46
must lie between the whole numbers
6
6 and
7
7 because 6, squared, equals, start box, 36, end box6
2
=
36
and 7, squared, equals, start box, 49, end box7
2
=
49
, and 46 lies between these values.
Drag square root of, 46, end square root
46
based on your estimate above:
Real
√46
__
_
To one decimal place, square root of, 46, end square root
46
must lie between
and
46
by following the steps below.
square root of, 46, end square root
46
must lie between the whole numbers
6
6 and
7
7 because 6, squared, equals, start box, 36, end box6
2
=
36
and 7, squared, equals, start box, 49, end box7
2
=
49
, and 46 lies between these values.
Drag square root of, 46, end square root
46
based on your estimate above:
Real
√46
__
_
To one decimal place, square root of, 46, end square root
46
must lie between
and
Answers
GPT-4o mini
To approximate the square root of 46, we recognize that it falls between the whole numbers 6 and 7. We can check the squares of these two numbers:
- \( 6^2 = 36 \)
- \( 7^2 = 49 \)
Since \( 36 < 46 < 49 \), we confirm that:
\[
6 < \sqrt{46} < 7
\]
Now, let's narrow it down further by testing some numbers between 6 and 7:
1. Check \( 6.5 \):
\[
6.5^2 = 42.25
\]
\( 42.25 < 46 \)
2. Check \( 6.7 \):
\[
6.7^2 = 44.89
\]
\( 44.89 < 46 \)
3. Check \( 6.8 \):
\[
6.8^2 = 46.24
\]
\( 46.24 > 46 \)
So now we have:
\[
6.7 < \sqrt{46} < 6.8
\]
Thus, \( \sqrt{46} \) must lie between 6.7 and 6.8.
To one decimal place, we estimate that:
\[
\sqrt{46} \approx 6.8
\]
So, the final answer would be that \( \sqrt{46} \) must lie between **6.7 and 6.8**.
- \( 6^2 = 36 \)
- \( 7^2 = 49 \)
Since \( 36 < 46 < 49 \), we confirm that:
\[
6 < \sqrt{46} < 7
\]
Now, let's narrow it down further by testing some numbers between 6 and 7:
1. Check \( 6.5 \):
\[
6.5^2 = 42.25
\]
\( 42.25 < 46 \)
2. Check \( 6.7 \):
\[
6.7^2 = 44.89
\]
\( 44.89 < 46 \)
3. Check \( 6.8 \):
\[
6.8^2 = 46.24
\]
\( 46.24 > 46 \)
So now we have:
\[
6.7 < \sqrt{46} < 6.8
\]
Thus, \( \sqrt{46} \) must lie between 6.7 and 6.8.
To one decimal place, we estimate that:
\[
\sqrt{46} \approx 6.8
\]
So, the final answer would be that \( \sqrt{46} \) must lie between **6.7 and 6.8**.