" he set of values of 'a' for which "f(x)=ax^(2)+2x(1-a)-4" is negative for exactly three integral values of "

The set of values of 'a' for which ax^(2)-(4-2a)x-8lt0 for exactly three integral values of x, is

The set of values of 'a' for which ax^(2)-(4-2a)x-8lt0 for exactly three integral values of x, is

The values of 'a' for which the quadraic expression ax^(2)+(a-2)x-2 is negative for exactly two integral values of x , belongs to

The values of 'a' for which the quadraic expression ax^(2)+(a-2)x-2 is negative for exactly two integral values of x , belongs to

The set of values of a for which a x^2+(a-2)x-2 is negative for exactly two integral x , is a. (0,2) b. [1,2) c. (1,2] d. (0,2]

The set of values of p for which x^(2)-2px+3p+4 is negative for atleast one real x is

The set of values of p for which x^2-2px+3p+4 is negative for atleast one real x is

If set of values a for which f(x)=ax^(2)-(3+2a)x+6a!=0 is positive for exactly three distinct negative integral values of x is (c,d], then the value of (c^(2)+4|d|) is equal to

If set of values a for which f(x)=a x^2-(3+2a)x+6, a!=0 is positive for exactly three distinct negative integral values of x is (c , d] , then the value of (c^2 + 4|d|) is equal to ________.

If set of values a for which f(x)=a x^2-(3+2a)x+6, a!=0 is positive for exactly three distinct negative integral values of x is (c , d] , then the value of (c^2 + 4|d|) is equal to ________.