" g."quad x^(2)+11x+24

If a and P are the roots of the equation x^2-11x + 24= 0 , find the equation having the roots a + 2 and P +2

The common root of x^(2)-11x+30=0 and x^(2)-10x+24=0

Solve the following quadratic equation using factorization method: x^(2)+11x+24=0

Solve the following quadratic equation using factorization method: x^(2)+11x+24=0

Solve the following quadratic equation by completing square method: x^(2)+11x+24=0

Solve the following quadratic equation by completing square method: x^(2)+11x+24=0

2x^(2)-11x+5=0

The value of a such that x^(2)-11x+a=0 and x^(2)-14x+2a=0 may have a common root is (a)0(b)12(c)24(d)32 .

If x^(2)-11x+k and x^(2)-14x+2k have a common factor then the non zero value of k is: (A) 8 (B) 16(C)24(D)-9

What must be subtracted from the polynomial p(x)= x^(3)+13x^(2)+35x+50 , so that the resulting polynomial is exactly divisible by g(x)= x^(2)+11x+10 ?