To simplify the given expression, we will start by breaking it down into smaller parts:
Simplifying (√m-2)/(√m+2): We multiply both the numerator and denominator by the conjugate of the denominator to rationalize the expression: (√m-2)/(√m+2) * (√m-2)/(√m-2) = (m-2√m-2√m+4)/(m-4) = (m-4)/(m-4) = 1
Simplifying (8√m)/(m-4): This expression cannot be simplified further.
Simplifying (√m+2)/(m-2√m): We multiply both the numerator and denominator by the conjugate of the denominator to rationalize the expression: (√m+2)/(m-2√m) * (√m+2)/(√m+2) = (m+2√m+2√m+4)/(m+2) = (m+4)/(m+2)
Now we substitute these simplified expressions back into the original expression: ((√m-2)/(√m+2) + (8√m)/(m-4)) / ((√m+2)/(m-2√m)) = (1 + (8√m)/(m-4)) / ((m+4)/(m+2)) = (1 + (8√m)/(m-4)) * ((m+2)/(m+4)) = ((m+2) + 8√m) / (m-4) = (m + 2 + 8√m) / (m - 4)
Therefore, the simplified expression is (m + 2 + 8√m) / (m - 4).
To simplify the given expression, we will start by breaking it down into smaller parts:
Simplifying (√m-2)/(√m+2):
We multiply both the numerator and denominator by the conjugate of the denominator to rationalize the expression:
(√m-2)/(√m+2) * (√m-2)/(√m-2)
= (m-2√m-2√m+4)/(m-4)
= (m-4)/(m-4)
= 1
Simplifying (8√m)/(m-4):
This expression cannot be simplified further.
Simplifying (√m+2)/(m-2√m):
We multiply both the numerator and denominator by the conjugate of the denominator to rationalize the expression:
(√m+2)/(m-2√m) * (√m+2)/(√m+2)
= (m+2√m+2√m+4)/(m+2)
= (m+4)/(m+2)
Now we substitute these simplified expressions back into the original expression:
((√m-2)/(√m+2) + (8√m)/(m-4)) / ((√m+2)/(m-2√m))
= (1 + (8√m)/(m-4)) / ((m+4)/(m+2))
= (1 + (8√m)/(m-4)) * ((m+2)/(m+4))
= ((m+2) + 8√m) / (m-4)
= (m + 2 + 8√m) / (m - 4)
Therefore, the simplified expression is (m + 2 + 8√m) / (m - 4).