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\[\int\limits_{0}^{4}(1-\sqrt{u})/(\sqrt{u})\]

Lolz...didn't even neded to substitute.

need*

waste of your time.

And there's no du at the back of the integral

So there's no solution

You can't continue on integrating that without respect of anything.

Ops, sorry forgot about the du..
It is in respect to du

What are you integrating with respect to? You integrating with respect to zero?

Okay. Now you can integrate it. Just separate the numerator.

And you can continue integrating per usual.

My only real problem is finding the anti-derivative

Thank you very much