Complete solution of the inequality `3[3-x] + 4[x-2] >=0` is (where [ ] represents the greatest integer function)

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

Draw the graph of |y|=[x] , where [.] represents the greatest integer function.

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

The complete solution set of the inequality [cot^(-1)x]^(2)-6[cot^(-1)x]+9<=0 where [1] denotes greatest integer function,is

The complete solution set of the inequality [tan^(-1)x]^(2)-8[tan^(-1)x]+16<=0 where [.] denotes the greatest integer function is -

The number of integral values of x satisfying the inequality [x-5][x-3]+2<[x-5]+2[x-3] (where [-] represents greatest integer function) is-

Total number of solutions of the equation x^(2)-4-[x]=0 are (where (.) denotes the greatest integer function)

Evaluate: lim (tan x)/(x) where [.] represents the greatest integer function

The complete solution set of the inequation,-2<[x+2]<=5 where [.] denotes greatest integer function is (-4,4) b.[-3,4) c.[-3,3) d.None of these

[3x-4]=5 ,where [.] is a greatest integer function.Then x