[" anc equanons "x-6x+a=0" and "x^(2)-a+6=],[" is in the ratio "4:3" .Then the common root is "]

The quadratic equations x^2""-""6x""+""a""=""0"" and ""x^2""-""c x""+""6""=""0 have one root in common. The other roots of the first and second equations are integers in the ratio 4 : 3. Then the common root is

The quadratic equations x^(2)-6x+a=0" and "x^(2)-cx+6=0 have one root in common. The other roots of the first and second equations are integers in the ratio 4 : 3. Then the common root is

The quadratic equations x^2-6x+a=0 and x^2-cx+6=0 have one root in common. Other two roots of the equations are integers and they are in the ration 4:3. Then the common root is

The quadratic equations x^2""-6x""+""a""=""0""a n d ""x^2""-c x""+""6""=""0 have one root in common. The other roots of the first and second equations are integers in the ratio 4 : 3. Then the common root is

The quadratic equations x^2""-6x""+""a""=""0""a n d ""x^2""-c x""+""6""=""0 have one root in common. The other roots of the first and second equations are integers in the ratio 4 : 3. Then the common root is

The quadratic equations x^(2)-6x+a=0 and x^(2)-cx+6=0 have one root in common. The other roots of the first and second equations are integers in the ratio 4:3. then the common root is

The quadratic equations : x^(2) - 6x + a = 0 and x^(2) - cx + 6 = 0 have one root in common. The other roots of the first and second equations are integers in the ratio 4 : 3. then the common root is :

The quadratic equation x-6x+a =0 and x^2-cx +6=0 have one root in common the other roots of the first and second equations are integers in the ratio 4 : 3 then the common root is