Find the product of the real roots of the equation: `x^2+18 x+30=2sqrt(x^2+18 x+45)`

Find the product of the real roots of the equation, x^2+18x +30=2sqrt(x^2+18x+45)

Find the product of the real roots of the equation, x^2+18x +30=2sqrt(x^2+18x+45)

Find the product of the real roots of the equation,x^(2)+18x+30=2sqrt(x^(2)+18x+45)

Find the product of the roots of the equation 9x^2-18|x|+5=0

Product of real roots of the equation x^(2)+|x|+9=0

If product of the real roots of the equation, x^(2)-ax+30=2sqrt((x^(2)-ax+45)),agt0 is lamda minimum value of sum of roots of the equation is mu . The value of (mu) (where (.) denotes the least integer function) is

If product of the real roots of the equation, x^(2)-ax+30=2sqrt((x^(2)-ax+45)),agt0 is lamda minimum value of sum of roots of the equation is mu . The value of (mu) (where (.) denotes the least integer function) is

If product of the real roots of the equation, x^(2)-ax+30=2sqrt((x^(2)-ax+45)),agt0 is lamda minimum value of sum of roots of the equation is mu . The value of (mu) (where (.) denotes the least integer function) is

If product of the real roots of the equation, x^(2)-ax+30=2sqrt((x^(2)-ax+45)),agt0 is lamda minimum value of sum of roots of the equation is mu . The value of (mu) (where (.) denotes the least integer function) is

If product of the real roots of the equation, x^(2)-ax+30=2sqrt((x^(2)-ax+45)),agt0 is lamda minimum value of sum of roots of the equation is mu . The value of (mu) (where (.) denotes the least integer function) is