Rationalize the denominator and simplify

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HEY!!
HOPE IT HELPS!!
HOPE IT HELPS!!
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
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Hey friend,
Here is the answer you were looking for:

On rationalizing the denominator we get,

Using the identity:


Hope this helps!!
If you have any doubt regarding to my answer, feel free to ask in the comment section or inbox me if needed.
@Mahak24
Thanks...
☺☺
Here is the answer you were looking for:
On rationalizing the denominator we get,
Using the identity:
Hope this helps!!
If you have any doubt regarding to my answer, feel free to ask in the comment section or inbox me if needed.
@Mahak24
Thanks...
☺☺
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