[" Number of integral values of "k(k in R)" for which the equation "],[x^(2)-4|x|+3-|k-1|=0" will have exactly four roots is "]

The set of values of k(k in R) for which the equation x^(2)-4|x|+3-|k-1|=0 will have exactly four real roots,is

The set of value of k (k in R) for which the equation x ^(2) -4 |x|+3 -|k-1|=0 will have exactly four real roots, is:

The set of vlaue of k (k in R) for which the equation x ^(2) -4 |x|+3 -|k-1|=0 will have exactly four real roots, is:

The set of vlaue of k (k in R) for which the equation x ^(2) -4 |x|+3 -|k-1|=0 will have exactly four real roots, is:

Set of value of k(kinR) for which equation x^2-4abs(x)+3-abs(k-1)=0 will have exactly four roots is

The number of integral values of k for which the equation |x^(2)-5|x|+6|=k has four solution is

Number of integral values of k for which the equation 4cos^(-1)(-|x|)=k has exactly two solutions,is:

Number of non-negative integral values of 'k' for which roots of the equation x^(2)+6x+k=0 are rational is-

Number of non-negative integral values of 'k' for which roots of the equation x^(2)+6x+k=0 are rational is-

Number of integral value (s) of k for which the equation 4x^(2)-16x+k=0 has one root lie between 1 and 2 and other root lies between 2 and 3, is