[" 2.If "1" lies between the roots of the equation "],[qquad [x^(2)-mx+1=0," then the integral purt of "],[(4|t|)/(16+t^(2)))^(m)" is equal to "]]

If 1 lies between the roots of equation y^(?)-my+1=0 and [x] denotes the integral part of x, then [((4|x|)/(x^(2)+16))] where x in R is equal to

If 1 lies between the roots of equation y^2 - my +1 = 0 and [x] denotes the integral part of x, then [((4|x|)/(x^2+16))^m] where x in R is equal to

If 2 lies between the roots of the equation t ^(2) - mt +2 =0,(m in R) then the value of [((2 |x|)/(9+x ^(2)))^(m)] is: (where [.] denotes greatest integer function)

If 2 lies between the roots of the equation t ^(2) - mt +2 =0,(m in R) then the value of [((2 |x|)/(9+x ^(2)))^(m)] is: (where [.] denotes greatest integer function)

If 2 lies between the roots of the equation t ^(2) - mt +2 =0,(m in R) then the value of [((2 |x|)/(9+x ^(2)))^(m)] is: (where [.] denotes greatest integer function)

If the roots of equations x^(2) - mx+ 16=0 are equal then the value of m is:

root(4)(16)xxroot(4)(2) is equal t :-

If the product of roots of the equation mx^(2)+6x+(2m-1)=0 is -1 then the value of m is

If the roots of the quadratic equations mx^(2) =6x + 1 are equal , then the value of m is

If 2 lies between the roots 'of x^(2)+(a+1) x-a-2=0 then a in