Just follow this operation.
Find the two perfectly squared factors the multiple to your number.
Take the square root of those perfect factors then multiple them.

Simplify
to 

Both are over 11, so, just sum.


There’s technically two answers, you could put Angles 3 and 6, or Angles 7 and 2
Do you have multiple choices?
Believe its 343
Answer:
1336
PLZ let me know if im wrong!!!