" (iv) "-12x^(2)+11x-2

12 x ^(2) + 11 x +2

12 x ^(2) + 11 x +2

If the roots 4x^(3) - 12x^(2) + 11x + k = 0 are in A.P. then k =

(i) 12x^(2) + 11x + 2 = 0 (ii) 25y^(2) + 15y+2 = 0

The global maximum value of f(x)=log_(10)(4x^(3)-12x^(2)+11x-3) . X in [2,3] , is

The global maximum value of f(x0=log_(10)(4x^(3)-12x^(2)+11x-3),x in[2,3] is -(3)/(2)log_(10)3(b)1+log_(10)3log_(10)3(d)(3)/(2)log_(10)3

The multiple roots of x^(4) - 2x^(3) - 11x^(2) + 12x + 36 = 0 are

When p(x)=4x^(3)-12x^(2)+11x-5 is divided by (2x - 1 ) , the remainder is

Check whether (x^(2)-11x+28) is a factor of the polynomial x^(3)-12x^(2)+39x-28 .

If the roots of 4x^(3)-12x^(2)+11x+k=0 are in in A.P., then k=