If the roots of `lx^2+nx+n= 0` be in the ratio of `p:q` prove that `sqrt(p/q)+sqrt(q/p)+sqrt(n/l)=0`

If the ratio of the roots of the equation lx^2+nx+n=0 is p:q prove that sqrt(p/q) +sqrt(q/p)+sqrt(n/l)=0

If the ratios of the roots of the equation lx^(2)+nx+n=0 are in the ratio p:q,then prove that sqrt((p)/(q))+sqrt((q)/(p))+sqrt((n)/(l))=0

IF the roots of ax^2+cx+c=0 are in the ratio p:q then sqrt([(p)/(q)])+sqrt([(q)/(p)])=

If the roots of ax^(2)+ax+c=0 are in the ratio p:q then sqrt((p)/(q))+sqrt((q)/(p))

If the roots of the equation lx^(2)+nx+n=0 be in the ratio p: q: then sqrt((p)/(q))+sqrt((q)/(p))+sqrt((n)/(l))=?

If the ratio of the roots of the equation lx^(2)+nx+n=0 is p:q prove that sqrt((p)/(q))+sqrt((q)/(p))+sqrt((n)/(l))=0

If p and q are the roots of the equation lx^2 + nx + n = 0 , show that sqrt(p/q) + sqrt(q/p)+ sqrt(n/l) = 0 .

If the roots of the quadratic equation ax^2 + cx + c = 0 are in the ratio p :q show that sqrt(p/q)+sqrt(q/p)+sqrt(c/a)= 0 , where a, c are real numbers, such that a gt 0

If the roots of the quadratic equation ax^2+cx+c=0 are in the ratio p:q . Then show that sqrt(p/q)+sqrt(q/p)+sqrt(c/a)=0