Question

$l {x}^{2} + mx + n = 0 \\ \\ if \: the \: roots\: are \: in \: the \: form \: of \: m: n \\ \\ then \: prove \: that \: \sqrt{ \frac{p}{q} } + \sqrt{ \frac{q}{p} } + \sqrt{ \frac{n}{l} } = 0 \\ \\ pls \: ans \: guys \: and \: no \: spam \: otherwise \: the \: answer \: will \: be \: reported.$
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Answer 1

Let alpha and beta be the roots of this equation..

Here's the solution...

U have made Two mistakes in the question...

The equation will be

lx²-nx+n not lx²-mx+n

and it will be p:q not m:n

If u give a question plz write it properly..

That's it

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