Although rationalization is intuitively the obvious way to go after expanding the denominator, equating coefficients is perhaps a more general method and, in this case, little more work in terms of computation than rationalization.
Yes, EXCEPT you were supposed to give the coefficients
[MATH]a = \dfrac{23}{49} \text { and } b = \dfrac{17}{49}.[/MATH]
The 2^(0.5) makes your answer technically wrong. You were asked to find the coefficients, which explains why equating coefficients is good idea: it keeps you from answering the wrong question.
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