The solution set of the equation `[x]^(2) +[x+1] -2=0,` where `[.]` represents greatest integeral function is :

The solution set of the equation [x]^(2) +[x+1] -3=0, where [.] represents greatest integeral function is :

The solution set of the equation [x]^(2) +[x+1] -3=0, where [.] represents greatest integeral function is :

The solution set of the equation [x]^(2) +[x+1]-3=0 , where [*] represents greatest integer function is (A) [-1,0)uu[1,2) (B) [-2,-1) uu[1,2) (C) [1,2) (D) [-3,-2)uu[2,3)

" The solution set of the equation "[n]^(2)+[n+1]-3=0" (where [. ] denotes greatest integer function) is "

The solution set of the equation [n]^(2)+[n+1]-3=0 (where [. ] denotes greatest integer function is

Find the solution of the equation [x] + {-x} = 2x, (where [*] and {*} represents greatest integer function and fractional part function respectively.

The number of real solution(s) of the equation 3cos^(-1)x=(1)/(x-[x]), where [.] represents the greatest integer function, is

Number of solutions of the equation cos[x]=e^(2x-1),x in [0,2pi] , where[.] denotes the greatest integer function is

Number of solutions of the equation cos[x]=e^(2x-1),x in [0,2pi] , where[.] denotes the greatest integer function is

Number of solutions of the equation cos[x]=e^(2x-1),x in [0,2pi] , where[.] denotes the greatest integer function is