If both roots of the equation `x^2-2ax + a^2-1=0` lie between `(-2,2)` then a lies in the interval

If both roots of the equation x^(2)-2 a x+a^(2)-1= 0 lie between -2 and 2, then [a] can be

If both roots of the equation x^2-2ax+a^2-1=0 lie between -3 and 4 and [a] denotes the integral part of a, then [a] cannot be

If both the roots of the equation x^(2)-4ax+1-3a+4a^(2)=0 exceed 1, then a lies in the interval

If both roots of the equation x^(2) -2ax+a^(2)-1=0 lie between -3 and 4 ,then [a] is/are , where [ ] represents the greatest ineger function

If both roots of the equation x^(2) -2ax+a^(2)-1=0 lie between -3 and 4 ,then [a] is/are , where [ ] represents the greatest ineger function

All the values of m for whilch both the roots of the equation x^2-2m x+m^2-1=0 are greater than -2 but less than 4 lie in the interval

If both the roots of the quadratic equation x^2-2kx+k^2+k-5=0 are less than 5 , then k lies in the interval

IF both the roots of equation x^(2) -2ax + a^(2) -1=0 lie in the interval (-3,4) , then sum of the integral of a is

IF both the roots of the quadratic equation x^2-2kx+k^2 +k -5=0 are less than 5, then k lies in the interval