[" निक्न के कोक-से समुच्चय बराबर हैं? "],[qquad S_(1)={1,2,2,3},S_(2)={x:x^(2)-2x+1=0},S_(3)={3,2,1}" (उ.प्र."2013(CT)]]

If x^(3)+2x^(2)-3x-1=0 then S_(3) is =

If S_(1) and S_(2) are respectively the sets of local minimum and local maximum point of the function, f(x)=9x^(4)+12x^(3)-36x^(2)+25, x in R , then (a) S_(1)={-2}:S_(2)={0,1} (b) S_(1)={-2,0}:S_(2)={1} (c) S_(1)={-2,1}:S_(2)={0} (d) S_(1)={-1}:S_(2)={0,2}

If S_(1) and S_(2) are respectively the sets of local minimum and local maximum point of the function, f(x)=9x^(4)+12x^(3)-36x^(2)+25, x in R , then (a) S_(1)={-2}:S_(2)={0,1} (b) S_(1)={-2,0}:S_(2)={1} (c) S_(1)={-2,1}:S_(2)={0} (d) S_(1)={-1}:S_(2)={0,2}

Let S_(1) is set of minima and S_(2) is set of maxima for the curve y=9x^(4)+12x^(3)-36x^(2)-25 then ( A) S_(1)={-2,-1},S_(2)={0}(B)S_(1){-2,1},S_(2)={0}(C)S_(1)={-2,1}:S_(2)={-1}(D)S_(1)={-2,2},S_(2)={0}

s(2,3),(-1,5) and (x,-2)xi s

Find the area of the reigon defined by the set S = S_(3) - S_(1) - S_(2) . Where S_(1) = {(x, y), x^(2) + 2y^(2) le 2}, S_(2) = {(x, y): 2x^(2) + y^(2) le 2} and S_(3) = {(x,y): x^(2) + y^(2) le 2}

If 3x^(4)-27x^(3)+36x^(2)-5=0 then s_(1)+s_(2)=

Let S_(1) is set of minima and S_(2) is set of maxima for the curve y=9x^(4)+12x^(3)-36x^(2)-25 then (A) S_(1)={-2,-1},S_(2)={0} (B) S_(1){-2,1},S_(2)={0} (C) S_(1)={-2,1}:S_(2)={-1} (D) S_(1)={-2,2},S_(2)={0}

If x^(3) - x^(2) + 33x + 5 = 0 then s_(1), s_(2) , s_(3) are

If x^(4) -16x^(3) + 86x^(2) - 17x + 105 = 0 then s_(1), s_(2) , s_(3), s_(4) are