Question
Simplify 1327−−√
.(1 point)
Responses
393–√
39 start root 3 end root
This radical expression is already fully simplified.
This radical expression is already fully simplified.
163–√
16 start root 3 end root
39
.(1 point)
Responses
393–√
39 start root 3 end root
This radical expression is already fully simplified.
This radical expression is already fully simplified.
163–√
16 start root 3 end root
39
Answers
GPT-4o mini
To simplify \( \sqrt{1327} \), we can first look for the prime factors of 1327, or try to determine if it can be expressed as a product of a perfect square and another number.
First, let's see if 1327 can be simplified:
- 1327 is not a perfect square, as the square of 36 is 1296 and the square of 37 is 1369.
- We can check if it has any perfect square factors. The best strategy is to do a prime factorization.
Since prime factorization might be tedious, let's just try calculating the square root directly.
Calculating \( \sqrt{1327} \) gives approximately 36.4, confirming that it's not a perfect square.
Since 1327 does not simplify further nicely, we can conclude that:
**The radical expression is already fully simplified.**
So the answer is: **This radical expression is already fully simplified.**
First, let's see if 1327 can be simplified:
- 1327 is not a perfect square, as the square of 36 is 1296 and the square of 37 is 1369.
- We can check if it has any perfect square factors. The best strategy is to do a prime factorization.
Since prime factorization might be tedious, let's just try calculating the square root directly.
Calculating \( \sqrt{1327} \) gives approximately 36.4, confirming that it's not a perfect square.
Since 1327 does not simplify further nicely, we can conclude that:
**The radical expression is already fully simplified.**
So the answer is: **This radical expression is already fully simplified.**