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[" If a and b are roots "x^(2)-3x+p=0" and "c,d" are that roots of "x^(2)-12x+q=0" ,"],[" where "a,b,c,d" form G.P.Prove that "(q+p):(q-p)=17:15],[" C."27" .Graphically solve the following system of linear equations,"]

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If a and b are the roots of x^(2)-3x+p=0 and c,d are the roots x^(2)-12x+q=0 where a,b,c,d form a G.P. Prove that (q+p):(q-p)=17:15.

If a and b are the roots of x^2-3x+p=0 and c,d are the roots of x^2-12x+q=0 where a,b,c,d form a G.P. prove that (q+p):(q-p)=17:15 .

If a and b are the roots of x^2 -3x + p= 0 and c, d are roots of x^2 -12x + q= 0 , where a, b, c, d form a GP. Prove that (q + p) : (q -p)= 17:15.

If a and b are the roots of x^2 – 3x + p = 0 and c, d are roots of x^(2) – 12x + q = 0 , where a,b,c,d form a G.P Prove that (q+p):(q-p) = 17 : 15

If a and b are the roots of x^2 – 3x + p = 0 and c, d are roots of x^(2) – 12x + q = 0 , where a,b,c,d form a G.P Prove that (q+q):(q-p) = 17 : 15

If a and b are the roots of x^2 – 3x + p = 0 and c, d are roots of x^(2) – 12x + q = 0 , where a,b,c,d form a G.P Prove that (q+q):(q-p) = 17 : 15

If a and b are the roots of x^2 – 3x + p = 0 and c, d are roots of x^(2) – 12x + q = 0 , where a,b,c,d form a G.P Prove that (q+q):(q-p) = 17 : 15

If a and b are the roots of x^2-3 x+p=0 and c and d are roots of x^2-12 x+q=0 where a, b, c, d form a G.P. Prove that (q+mathfrakp):(q-p)=17: 15

If a\ a n d\ b are the roots of x^2-3x+p=0\ a n d\ c ,\ d are the roots x^2-12 x+q=0 where a , b , c , d form a G.P. Prove that (q+p):(q-p)=17 : 15.