The equation `(x - 1)(x - 2)(x - 3) = 24` has the real root equal to 'a' and the complex roots b and c.Then the value of `(bc)/a,` is

If the equation ax^(2)+bx+c=x^(3)+(1)/(x)(a.b.c<=0) has only real roots and all the roots are integers then the value of (-a-b-c)/(7) is

If a

The equation x-2/(x-1)=1-2/(x-1) has a. no root b. one root c. two equals roots d. Infinitely many roots

The equation x-2/(x-1)=1-2/(x-1) has a. no root b. one root c. two equals roots d. Infinitely many roots

The equation x-2/(x-1)=1-2/(x-1) has a. no root b. one root c. two equals roots d. Infinitely many roots

The equation x-(2)/(x-1)=1-(2)/(x-1) has a. no root b.one root c.two equals roots d. Infinitely many roots

If a ,b ,c ,d in R , then the equation (x^2+a x-3b)(x^2-c x+b)(x^2-dx+2b)=0 has a) 6 real roots b) at least 2 real roots c) 4 real roots d) none of these

If a ,b ,c ,d in R , then the equation (x^2+a x-3b)(x^2-c x+b)(x^2-dx+2b)=0 has a. 6 real roots b. at least 2 real roots c. 4 real roots d. none of these

If a ,b ,c ,d in R , then the equation (x^2+a x-3b)(x^2-c x+b)(x^2-dx+2b)=0 has a. 6 real roots b. at least 2 real roots c. 4 real roots d. none of these

If the equation x^(2)+2ax+b(a-1)=0 has real roots for all real value of a and b is an integer, then